Burhani Engineering Technology

Laboratory glove boxEnsuring Safety and Precision: The Ultimate Guide to Burhani Engineering Technology Laboratory Glove BoxesIn scientific research and industrial manufacturing, maintaining a controlled environment is not just a preference—it is a necessity. Burhani Engineering Technology has established itself as a premier manufacturer of high-quality Laboratory Glove Boxes, designed to protect both the operator and the integrity of sensitive materials.Whether you are working with hazardous chemicals, sensitive electronics, or reactive isotopes, choosing the right containment system is critical.What is a Laboratory Glove Box?A laboratory glove box is a sealed container designed to allow a user to manipulate objects inside a separate atmosphere. Built-in gloves allow the operator to perform tasks without breaking the seal, preventing contamination from the outside air or protecting the user from dangerous substances inside.Key ApplicationsChemistry & Pharmaceuticals: Handling oxygen-sensitive or moisture-sensitive reagents.Battery Research: Crucial for Lithium-ion battery assembly where moisture can be catastrophic.Nuclear Research: Handling radioactive materials safely.Semiconductor Manufacturing: Protecting delicate components from dust and humidity.Why Choose Burhani Engineering Technology?Burhani Engineering Technology combines precision engineering with durable materials to create glove boxes that meet international safety standards. Here is what sets their units apart:1. Robust Material ConstructionMost units are crafted from high-grade 304 or 316L Stainless Steel, ensuring excellent chemical resistance and long-term durability. The viewing panels are made from toughened safety glass or thick polycarbonate for crystal-clear visibility.2. Customizable Atmospheric ControlDepending on your project, Burhani offers systems that can maintain: Inert Atmospheres: Utilizing Nitrogen, Argon, or Helium. Low Moisture/Oxygen Levels: Achieving levels as low as <1 ppm (parts per million). Vacuum Cycles: For rapid air exchange and purging.3. Ergonomic DesignThe placement of the glove ports is designed to reduce operator fatigue during long hours of research. The high-quality rubber or neoprene gloves provide excellent tactile feedback while maintaining a puncture-resistant barrier.4. Leak-Tested ReliabilityEvery unit undergoes rigorous pressure and leak testing. Burhani ensures that the Air Transfer Chambers (Antechambers) function flawlessly, allowing you to move samples in and out without compromising the main chamber's environment.Technical Specifications at a GlanceFeatureSpecification DetailsChamber MaterialSS 304 / SS 316L / AcrylicLeak Rate< 0.05 vol% / h (as per ISO standards)GlovesNeoprene, Butyl, or HypalonAntechamberLarge and Small options with vacuum gaugesFiltrationOptional HEPA or ULPA filtersControl SystemAnalog or PLC-based TouchscreenMaintenance and LongevityOne of the reasons researchers prefer Burhani Engineering Technology is the ease of maintenance. The modular design allows for quick glove replacements and easy cleaning of the internal surfaces. Regular calibration of the integrated oxygen and moisture sensors ensures that your data remains consistent and your workspace remains safe.ConclusionWhen it comes to high-stakes laboratory work, your equipment is your first line of defense. Burhani Engineering Technology provides the reliability, customization, and safety required for modern scientific breakthroughs.

Additional Information:

• Item Code: BETLGBIG-20
• Production Capacity: 100
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Pharmaceutical glove box isolatorEnsuring Sterile Integrity: The Ultimate Guide to Burhani Engineering Technology’s Pharmaceutical Glove Box IsolatorsIn the high-stakes world of pharmaceutical manufacturing, maintaining a sterile environment isn't just a requirement—it’s a necessity for patient safety and regulatory compliance. Burhani Engineering Technology has emerged as a leader in this space, providing cutting-edge Pharmaceutical Glove Box Isolators designed to meet the rigorous demands of modern biotechnology and drug production.What is a Pharmaceutical Glove Box Isolator?A pharmaceutical glove box isolator is a sealed enclosure that creates a physical barrier between a laboratory process and the operator. By using a controlled internal atmosphere—often enriched with inert gas or filtered through HEPA systems—these units ensure that sensitive compounds remain uncontaminated and operators remain safe from hazardous substances.Key Functions:Total Containment: Prevents the escape of potent active pharmaceutical ingredients (APIs).Aseptic Processing: Maintains a Grade A environment for filling, weighing, and sampling.Atmospheric Control: Regulates humidity, oxygen levels, and pressure.Why Choose Burhani Engineering Technology?Burhani Engineering Technology specializes in precision-engineered containment solutions. Their isolators are recognized for integrating ergonomic design with robust safety features.1. Superior Material ConstructionEvery isolator is fabricated using AISI 316L Stainless Steel, ensuring high resistance to corrosion and compatibility with aggressive decontaminating agents like Hydrogen Peroxide ($H_{2}O_{2}$).2. Advanced Filtration SystemsUtilizing HEPA/ULPA filtration, Burhani isolators achieve air purity levels that exceed ISO 5 standards. The "push-push" filter change system allows for safe filter replacement without breaking containment.3. Ergonomic DesignOperator fatigue is a common issue in long shifts. Burhani designs their glove ports and viewing panels with optimal angles to ensure maximum reach and visibility, reducing the physical strain on technicians.Technical Specifications at a GlanceFeatureSpecificationMaterialSS 316L (Internal), SS 304 (External)Leak ClassClass 1 (ISO 10648-2)Internal Finish< 0.4 Ra (Mirror Finish)Control SystemPLC based with HMI TouchscreenPressure RangePositive or Negative (User Defined)Applications in the Pharma IndustryBurhani Engineering Technology’s isolators are versatile tools used across various stages of the drug lifecycle: Sterility Testing: Ensuring that final products are free from viable microorganisms. Potent Compound Handling: Protecting staff from High Potency APIs (HPAPIs). Aseptic Compounding: Safely mixing sterile ingredients in a pharmacy or lab setting. R&D and Sampling: Providing a micro-environment for sensitive chemical analysis.Compliance and Safety StandardsWhen you invest in a Burhani Engineering Technology isolator, you are investing in global compliance. Their units are designed to meet: cGMP (current Good Manufacturing Practice) FDA Guidelines ISO 14644-7 (Cleanrooms and associated controlled environments)The Burhani Advantage: CustomizationUnlike "off-the-shelf" solutions, Burhani Engineering Technology understands that every lab has unique spatial and process constraints. They offer customized dimensions, integrated rapid transfer ports (RTPs), and automated leak testing cycles to fit your specific workflow perfectly.ConclusionFor pharmaceutical manufacturers looking to elevate their sterile processing capabilities, Burhani Engineering Technology offers the perfect blend of safety, durability, and innovation. Their pharmaceutical glove box isolators provide the "gold standard" in containment, ensuring your products—and your people—are protected.

Additional Information:

• Item Code: BETPGB-08
• Production Capacity: 500
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Stainless steel glove boxStainless Steel Glove Boxes by Burhani Engineering Technology: The UltimateGuideIn industries where contamination control and operator safety are non-negotiable,the equipment you choose defines your success. Burhani EngineeringTechnology has established itself as a premier manufacturer of high-gradeStainless Steel Glove Boxes, designed to provide an airtight, controlledenvironment for sensitive research and industrial processes.Whether you are handling hazardous materials, performing delicate chemicalsynthesis, or working with moisture-sensitive electronics, a Burhani glove box offersthe precision and durability required for high-stakes environments.Why Choose Stainless Steel for Glove Boxes?While acrylic or plastic glove boxes exist, 304 or 316L Stainless Steel is theindustry standard for professional labs and manufacturing plants. Here is why: Chemical Resistance: Stainless steel withstands rigorous sterilizationprocesses and exposure to volatile solvents without degrading. Structural Integrity: It maintains a perfect vacuum or positive pressure sealbetter than materials prone to warping. Easy Decontamination: Smooth, polished surfaces prevent microbial growthand are easy to wipe down. Longevity: A Burhani stainless steel unit is a long-term investment, built towithstand decades of daily use.Key Features of Burhani Engineering Technology Glove BoxesBurhani Engineering Technology integrates advanced engineering with user-centricdesign. Their glove boxes are engineered to meet ISO standards andpharmaceutical grade requirements.1. Robust ConstructionEach unit is fabricated using heavy-duty stainless steel with argon-arc weldedseams. This ensures a leak-proof environment crucial for maintaining inertatmospheres (using Nitrogen or Argon).2. High-Clarity Viewing PanelsEquipped with toughened safety glass or polycarbonate windows, these glove boxesprovide a distortion-free view of the workspace while ensuring protection againstaccidental impacts.3. Integrated Airlock Systems (Antechambers)To prevent contamination when moving items in and out, Burhani glove boxesfeature high-vacuum antechambers. These allow for "purging" before items enter themain work area.4. Ergonomic Port DesignThe glove ports are strategically positioned to reduce operator fatigue. Burhani useshigh-quality butyl or neoprene gloves that offer excellent tactile sensitivity andchemical resistance.Applications Across IndustriesBurhani Engineering Technology serves a diverse range of sectors, providingtailored solutions for: Pharmaceutical & Biotech: Handling potent APIs (Active PharmaceuticalIngredients) and sterile compounding. Battery Research: Assembly of lithium-ion batteries in moisture-free (lowdewpoint)environments. Semiconductor Manufacturing: Protecting delicate wafers from dust andoxidation. Nuclear & Energy: Safe handling of radioactive isotopes and hazardouswaste.Technical Specifications at a GlanceFeature Specification (Typical)Material SS 304 / SS 316LSurface Finish Mirror Finish / Matte / Electro-polishedLeak Rate < 0.05 vol%/h (ISO 10648-2 Class 1)Glove Ports 2, 3, or 4 port configurationsLighting Integrated LED Cold LightFeature Specification (Typical)Filtration HEPA / ULPA FiltersMaintenance and Safety ComplianceBurhani Engineering Technology ensures that every unit undergoes rigorous leaktesting and pressure decay tests before shipment. To maintain peak performance,users should:1. Regularly inspect glove integrity for pinholes.2. Monitor internal pressure gauges and oxygen/moisture sensors.3. Clean surfaces with approved non-abrasive agents.ConclusionWhen precision and safety are the priority, Burhani Engineering Technologydelivers stainless steel glove boxes that meet the highest global standards. Theircommitment to quality materials and leak-proof engineering makes them a trustedpartner for laboratories and industrial facilities worldwide.

Additional Information:

• Item Code: BETSSVGB-08
• Production Capacity: 100
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Semiconductor glove boxPrecision Controlled Environments: Semiconductor Glove Boxes by Burhani Engineering TechnologyIn the high-stakes world of semiconductor manufacturing, the smallest particle or a trace of moisture can ruin an entire batch of wafers. To maintain the integrity of sensitive components, a controlled, inert atmosphere is non-negotiable.Burhani Engineering Technology has established itself as a leader in providing high-performance Semiconductor Glove Boxes, designed to meet the rigorous demands of microelectronics, wafer processing, and R&D applications.What is a Semiconductor Glove Box?A semiconductor glove box is a sealed environment designed to allow technicians to manipulate sensitive materials while maintaining a strictly controlled atmosphere. Typically filled with inert gases like Nitrogen ($N_2$) or Argon ($Ar$), these systems prevent oxidation and contamination during the assembly and testing of semiconductor devices.Key Features of Burhani Engineering Technology Glove BoxesBurhani Engineering Technology integrates advanced engineering with user-centric design to ensure maximum reliability.1. Ultra-Low Oxygen and Moisture LevelsOur systems are engineered to maintain oxygen and moisture concentrations at less than 1 ppm (parts per million). This is critical for processes like organic electronics (OLED) and thin-film deposition where even atmospheric humidity can degrade the product.2. Robust Stainless Steel ConstructionBuilt using high-grade SS 304/316L, the chambers are leak-tested using helium mass spectrometry to ensure vacuum integrity. The interior surfaces are polished to prevent particle entrapment.3. Advanced Gas Purification SystemsThe heart of a Burhani glove box is its automated gas purification unit. It continuously circulates the internal atmosphere through high-capacity filters to remove contaminants.4. PLC-Controlled AutomationEquipped with intuitive touch-screen interfaces (HMI), users can monitor: Internal pressure levels Oxygen and moisture sensors Blower speeds Purge cyclesApplications in the Semiconductor IndustryBurhani Engineering Technology provides solutions tailored for various specialized fields:ApplicationBenefit of Burhani Glove BoxWafer ProbingPrevents surface oxidation during electrical testing.LithographyEnsures a dust-free environment for precise patterning.MEMS PackagingProvides a hermetically sealed environment for micro-sensor assembly.Perovskite Solar CellsProtects moisture-sensitive materials during fabrication.Why Choose Burhani Engineering Technology?When sourcing a semiconductor glove box, reliability and after-sales support are paramount. Burhani Engineering Technology stands out due to: Customization: We design chambers according to specific spatial and process requirements, including integration with microscopes, ovens, or evaporators. Ergonomic Design: Our glove ports are positioned to reduce operator fatigue during long shifts. Safety Protocols: Integrated pressure relief valves and automatic purging sequences protect both the user and the delicate samples inside.ConclusionAs the semiconductor industry pushes toward smaller nodes and more complex architectures, the need for pristine environments only grows. Burhani Engineering Technology delivers the precision, durability, and technological edge required to keep your production line running at peak efficiency.

Additional Information:

• Item Code: BETSEMIGB-09
• Production Capacity: 200
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Vacuum glove boxPrecision in Controlled Environments: Vacuum Glove Boxes by BurhaniEngineering TechnologyIn the world of high-tech manufacturing, scientific research, and pharmaceuticaldevelopment, the environment is everything. Even a microscopic amount of moistureor oxygen can ruin a chemical reaction or degrade a sensitive electronic component.Burhani Engineering Technology has established itself as a leader in the designand manufacture of high-performance Vacuum Glove Boxes, providing the "goldstandard" for researchers and industrial operators who require a hermetically sealed,inert atmosphere.What is a Vacuum Glove Box?A vacuum glove box is a sealed enclosure designed to allow a person to manipulateobjects inside a controlled atmosphere.1 By using a vacuum system to evacuate airand replacing it with an inert gas (like Nitrogen or Argon), these chambers create aworkspace free from contaminants.2+1Key Features of Burhani Engineering Technology Glove BoxesWhen it comes to specialized engineering, the details matter. Burhani EngineeringTechnology focuses on three core pillars: Durability, Airtight Integrity, andErgonomics. Robust Construction: Manufactured using high-grade stainless steel (SS304/316L) to ensure longevity and resistance to chemical corrosion. High Vacuum Performance: Engineered to withstand deep vacuum levelswithout structural deformation. Leak-Proof Sealing: Utilizing high-quality silicone or Viton gaskets tomaintain an oxygen-free environment for extended periods. Modular Design: Available in various sizes, from compact tabletop modelsfor labs to large-scale industrial units.Core ApplicationsBurhani Engineering Technology’s vacuum glove boxes are utilized across a diverserange of high-stakes industries:Industry Primary Use CaseBattery ResearchHandling lithium-ion components that react violentlywith moisture.PharmaceuticalsProcessing potent API (Active PharmaceuticalIngredients) in a sterile environment.Electronics/SemiconductorsProtecting sensitive wafers from oxidation duringassembly.Chemistry & WeldingPerforming TIG welding or chemical synthesis in anArgon-rich atmosphere.Why Choose Burhani Engineering Technology?1. Custom EngineeringNo two lab setups are identical. Burhani offers customization in terms ofAntechamber sizes, the number of glove ports, and integrated sensortechnology (Oxygen and Moisture monitors).32. Safety FirstWorking with vacuums and inert gases carries inherent risks.4 Our glove boxes areequipped with safety valves and pressure gauges to ensure the operator remainsprotected at all times.3. Cost-EffectivenessBy streamlining the manufacturing process in-house, Burhani EngineeringTechnology provides premium-grade vacuum solutions at competitive price points,making high-end technology accessible to both startups and established institutions.Technical Specifications at a Glance Material: SS 304/316 Grade Stainless Steel. Viewing Window: Toughened safety glass or thick Polycarbonate. Glove Material: Neoprene, Butyl, or Hypalon (depending on chemicalresistance needs). Vacuum Level: Capable of reaching $10^{-2}$ to $10^{-3}$ mbar. Light: Integrated LED lighting for high visibility.5ConclusionIf your project requires an uncompromising barrier against the atmosphere, BurhaniEngineering Technology offers the reliability and precision you need. From R&D tofull-scale production, their vacuum glove boxes are built to empower the nextgeneration of scientific breakthroughs.

Additional Information:

• Item Code: BETVGBL-90
• Production Capacity: 850
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Oxygen and moisture control glove boxSuperior Protection for Sensitive Materials: Burhani Engineering Technology’s Oxygen and Moisture Control Glove BoxesIn the world of advanced research, pharmaceutical manufacturing, and semiconductor development, even a single molecule of water or oxygen can ruin a high-stakes experiment. When dealing with air-sensitive chemicals or specialized electronics, a standard lab bench simply won't suffice.Burhani Engineering Technology has emerged as a leader in providing high-performance Oxygen and Moisture Control Glove Boxes, designed to create and maintain ultra-pure inert environments.Why Oxygen and Moisture Control is CriticalMany modern industrial processes require an environment where oxygen and moisture levels are maintained at less than 1 part per million (ppm). These controlled environments are essential for:Lithium-ion Battery Research: Water vapor reacts violently with lithium, making moisture control a safety priority.Thin Film Deposition: Oxygen can interfere with the chemical vapor deposition (CVD) process.Additive Manufacturing: Metal powders used in 3D printing can oxidize rapidly if exposed to air.Organometallic Chemistry: Handling catalysts that spontaneously ignite in the presence of air (pyrophoric materials).Key Features of Burhani Engineering Technology Glove BoxesBurhani Engineering Technology designs its systems with a focus on hermetic sealing, gas purification, and user ergonomics.1. Advanced Gas Purification SystemThe heart of the glove box is the purification unit. It utilizes a closed-loop circulation system to continuously remove $O_2$ and $H_2O$. By using high-capacity copper catalyst and molecular sieve columns, Burhani systems consistently achieve sub-1 ppm levels.2. Precise Atmospheric MonitoringEquipped with high-accuracy sensors, these glove boxes provide real-time data on: Oxygen Concentration (ppm) Moisture Levels (Dew Point) Internal Pressure (automatically regulated via foot pedals or PLC)3. Modular Stainless Steel ConstructionBuilt using 304 or 316L grade stainless steel, the chambers are resistant to corrosion and designed for easy decontamination. The large-angle viewing windows are typically made of toughened polycarbonate or safety glass with anti-reflective coatings.4. High-Efficiency AntechambersTo prevent contamination during material transfer, Burhani units feature large and mini antechambers. These vacuum-tight compartments allow users to transition samples into the main chamber without compromising the inert atmosphere.Technical Specifications at a GlanceFeatureSpecificationMaterialSS 304 / SS 316LO2 / H2O Level< 1 ppmLeak Rate< 0.05 vol% / hPurification ModeAutomatic RegenerationControl SystemSiemens PLC with Touchscreen HMIApplications of Burhani Glove BoxesBurhani Engineering Technology serves a diverse range of industries, ensuring that specialized workflows remain uncontaminated: Semiconductors: For the assembly of OLEDs and microelectronics. Pharmaceuticals: For the handling of potent APIs (Active Pharmaceutical Ingredients) and moisture-sensitive powders. Nuclear Industry: For the safe handling of radioactive isotopes in a controlled vacuum. Defense & Aerospace: For specialized welding and material testing.The Burhani Advantage: Quality and CustomizationWhat sets Burhani Engineering Technology apart is the ability to customize the glove box dimensions, the number of glove ports, and integrated equipment (such as ovens, microscopes, or spin coaters) based on specific client needs. Their systems are known for low gas consumption and long-term reliability, reducing the total cost of ownership for laboratories and factories alike.Optimize Your Research Environment TodayIf your project demands zero-tolerance for oxygen and moisture, Burhani Engineering Technology provides the engineering excellence you need to succeed.

Additional Information:

• Item Code: BETOXMGB-100
• Production Capacity: 400
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

High vacuum glove boxIn the world of advanced research and high-precision manufacturing, maintaining an environment free of oxygen and moisture is not just a preference—it is a requirement. Burhani Engineering Technology has established itself as a premier manufacturer of High Vacuum Glove Boxes, providing the rigorous atmosphere control needed for everything from lithium-ion battery assembly to nuclear research.This article explores the features, technical specifications, and industrial applications of Burhani Engineering’s vacuum glove box systems.What is a High Vacuum Glove Box?A High Vacuum Glove Box is a hermetically sealed enclosure designed to allow scientists and engineers to manipulate sensitive materials in a controlled, inert environment.1 Unlike standard atmospheric glove boxes, these "vacuum-capable" units can withstand significant pressure differentials, allowing the chamber to be evacuated and backfilled with high-purity inert gases like Argon (Ar) or Nitrogen (N₂).2Why Vacuum MattersVacuum cycling is the most efficient method for removing moisture ($H_2O$) and oxygen ($O_2$) from a chamber. By pulling a vacuum down to $-1$ bar and then purging with inert gas, users can reach ultra-low impurity levels (often $<1$ ppm) much faster than through simple displacement purging.Key Features of Burhani Engineering Glove BoxesBurhani Engineering Technology utilizes a "leak-free sealing technology" that exceeds industrial standards.3 Their systems are characterized by:Robust Construction: The main body is typically crafted from SS 304 or SS 316L stainless steel, ensuring high resistance to corrosion and the ability to maintain structural integrity under deep vacuum.4Integrated Purification Systems: Their "Purification Trains" use regenerable copper and molecular sieve columns to continuously remove $O_2$ and $H_2O$, reaching levels as low as part-per-billion (ppb).Dual Sealing Technology: The glove ports and windows feature specialized double-seal gaskets to prevent even the slightest atmospheric ingress.5Smart Control Interface: Equipped with a 7-inch PLC touch screen, the systems offer real-time monitoring of vacuum levels, moisture, and oxygen concentration.Technical SpecificationsFeatureSpecification (Standard Metal Body)MaterialStainless Steel (SS 304 / 316)Vacuum Range0 to -1 BarImpurity Levels$O_2 < 1$ ppm; $H_2O < 1$ ppmLeakage Rate$< 0.001$ vol%/hWindowsHigh-impact Acrylic or Tempered Safety GlassGlove MaterialNeoprene, Butyl, or Hypalon (Nitrile optional)AntechamberCylindrical (Manual or Automatic operation)Primary Industrial Applications1. Lithium-Ion Battery & Supercapacitor R&DLithium is highly reactive to moisture.6 Burhani’s glove boxes provide the bone-dry environment required for cell assembly, electrolyte filling, and electrode coating.2. Chemical Synthesis & OrganometallicsResearchers working with air-sensitive catalysts or Grignard reagents use these systems to prevent oxidation and ensure the purity of their chemical reactions.73. Laser Welding & Additive ManufacturingIn specialized welding (like Titanium or Zirconium), any trace of oxygen can weaken the weld. The high vacuum environment ensures high-strength, contaminant-free joints.4. Nuclear ResearchFor handling radioactive materials, Burhani offers customized enclosures with lead-shielded glass and radiation-resistant gloves to protect the operator while maintaining a negative pressure environment.8Why Choose Burhani Engineering Technology?Based in Chennai, India, Burhani Engineering Technology (also known in the market through their "BHF" brand) has a legacy tracing back to 1965.9 Their productsare preferred because of their modular design—allowing for the addition of microscopes, furnaces, or spin coaters directly into the chamber—and their commitment to low energy consumption and infrequent regeneration cycles.

Additional Information:

• Item Code: BETHVGB-300
• Production Capacity: 560
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

HEPA filtered glove boxEnsuring Sterile Environments: A Guide to HEPA Filtered Glove Boxes by Burhani Engineering TechnologyIn industries where precision and purity are non-negotiable, the equipment you choose defines the quality of your output. Whether you are handling hazardous materials, sensitive electronics, or pharmaceutical compounds, a HEPA filtered glove box acts as the primary line of defense against contamination.Burhani Engineering Technology has established itself as a leader in manufacturing high-performance containment solutions. This article explores why their HEPA filtered glove boxes are the preferred choice for laboratories and industrial facilities worldwide.What is a HEPA Filtered Glove Box?A HEPA (High-Efficiency Particulate Air) filtered glove box is a sealed, controlled environment designed to allow researchers and technicians to manipulate materials while staying physically separated from them.By integrating HEPA filtration, these units ensure that the air entering or exiting the chamber is stripped of 99.97% of particles as small as 0.3 micrometers.Key Functions:Product Protection: Prevents ambient dust and microbes from contaminating sensitive samples.Personnel Protection: Ensures that toxic or infectious particles do not escape the chamber.Controlled Atmosphere: Allows for the regulation of humidity, pressure, and gas composition (such as Nitrogen or Argon purging).Why Choose Burhani Engineering Technology?When it comes to specialized engineering, Burhani Engineering Technology stands out for its commitment to durability and compliance. Here is what makes their glove boxes industry-leading:1. Superior Construction MaterialsBurhani utilizes high-grade Stainless Steel (SS 304/316L) for the main body, ensuring chemical resistance and ease of sterilization. The viewing panels are typically made from thick, scratch-resistant polycarbonate or tempered glass for maximum visibility.2. Advanced Filtration SystemsThe core of the unit is the filtration. Burhani systems often feature: Inlet HEPA Filters: To provide a clean-room environment inside the box. Outlet HEPA Filters: To protect the external laboratory environment. Optional Carbon Filters: For the removal of chemical vapors and odors.3. Ergonomic DesignExtended hours of lab work can be taxing. Burhani designs their glove ports and oval-shaped sleeves to minimize operator fatigue, ensuring a natural range of motion during complex tasks.4. Leak-Tested IntegrityEvery unit undergoes rigorous pressure leak testing. The airtight seals and heavy-duty gaskets ensure that the internal environment remains isolated from the external atmosphere, even under varying pressure conditions.Technical Specifications at a GlanceFeatureStandard SpecificationsMaterialSS 304 / SS 316 / SS 316LFilter Efficiency99.97% @ 0.3 micron (H13/H14 Grade)Glove MaterialNeoprene, Butyl, or HypalonAntechamberLarge and Small Transfer Ports availableLightingInternal LED (Vapor Tight)Pressure ControlDigital Manometer / Analog GaugesCommon ApplicationsThe versatility of the Burhani HEPA Filtered Glove Box makes it essential across various sectors: Pharmaceuticals: For weighing and sampling API (Active Pharmaceutical Ingredients). Battery Research: Handling lithium-ion components in moisture-free environments. Microbiology: Working with non-volatile hazardous biological agents. Electronics: Assembly of semiconductors sensitive to microscopic dust.Maintenance and LongevityTo ensure your Burhani glove box continues to perform at peak efficiency, regular maintenance is key. This includes:1. Filter Monitoring: Replacing HEPA filters when pressure drops indicate saturation.2. Glove Inspection: Checking for pinholes or degradation in the rubber sleeves.3. Seal Lubrication: Keeping door gaskets pliable to maintain the airtight vacuum.

Additional Information:

• Item Code: BETHEPAFGB-07
• Production Capacity: 600
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Best vacuum glove box for small labsBest Vacuum Glove Boxes for Small Labs: A Comprehensive Guide by Burhani Engineering TechnologyIn the world of precision research, a controlled environment isn't just a luxury—it's a requirement. For small laboratories dealing with air-sensitive chemicals, lithium-ion battery research, or semiconductor development, finding a high-performance yet space-efficient solution is key.Burhani Engineering Technology has emerged as a leader in this niche, providing state-of-the-art vacuum glove boxes designed specifically to bridge the gap between industrial-grade power and laboratory-scale footprints.Why Your Small Lab Needs a Vacuum Glove BoxA vacuum glove box allows researchers to manipulate materials in a hermetically sealed environment. By removing air (vacuum) and replacing it with inert gases like Nitrogen or Argon, you create a "cleanroom in a box."Key Benefits:Contamination Control: Achieve moisture and oxygen levels of less than 1 ppm.Safety First: Protect operators from hazardous substances, radioactive materials, or pathogens.Precision Handling: Ergonomic glove ports allow for delicate operations that standard fume hoods cannot accommodate.Top Vacuum Glove Box Models for Small LabsBurhani Engineering Technology offers two primary types of glove boxes tailored for small-scale research and R&D.1. Acrylic Vacuum Glove Boxes (BHFAGB Series)Ideal for university research and biomedical applications, these units offer 360-degree visibility and a lightweight, portable design.BHFAGB53-106 (106 Liters): The smallest chamber available, perfect for standalone desktop use or stacking.BHFAGB53-225 (225 Liters): Offers more working space while maintaining a compact footprint. Key Specs: Temperature range of 0-50°C, high-quality rubber seals, and customizable ports.2. Stainless Steel (SS 304) Vacuum Glove BoxesFor labs requiring higher durability and resistance to organic solvents, the metal body series is the industry standard. BET600A/C Series: These models feature a main chamber size starting at 600 x 450 x 450 mm, making them perfect for benchtop placement. Durability: Constructed from SS 304 with toughened glass windows. Performance: Capable of maintaining ultra-low leakage rates (<0.001 vol%/h).Advanced Features That Set Burhani ApartWhat makes Burhani Engineering Technology a "state-of-the-art" manufacturer in India is their integration of modern controls: PLC Touch Screen Control: Most units come with a 7-inch touch screen that displays real-time oxygen, moisture, and vacuum levels. Innovative Sealing: Their double-seal technology on glove ports ensures vacuum integrity that exceeds industrial standards. Purification Systems: Closed-loop recirculation systems ensure that your inert atmosphere stays pure without constant gas purging, saving operational costs.Technical Comparison TableFeatureAcrylic SeriesStainless Steel SeriesBest ForVisibility & General R&DChemical Resistance & DurabilityWorking Space106L to 500L1200mm to 2400mm (Customizable)Vacuum Range0 to -1 Bar0 to -1 BarMaterialClear AcrylicSS 304 / SS 316Oxygen/Moisture< 100 ppm (standard)< 1 ppm (with purification)Applications in Small-Scale Research Lithium Battery R&D: Preventing moisture contamination in electrolyte filling. Chemical Synthesis: Handling moisture-sensitive reagents. Electronics: Assembling OLED or PLED components. Nuclear Research: Safe transfer of contaminated materials under negative pressure.

Additional Information:

• Item Code: BETVGBPTS-08
• Production Capacity: 850
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Glove box with airlock chamberPrecision Controlled Environments: Burhani Engineering Technology’s Glove Box with Airlock ChamberIn high-precision manufacturing and scientific research, maintaining the integrity of a controlled environment is not just a preference—it is a requirement. Burhani Engineering Technology has established itself as a leader in the design and manufacture of high-performance Glove Boxes with Airlock Chambers, providing industries with the tools necessary to handle sensitive materials without the risk of contamination.What is a Glove Box with an Airlock Chamber?A Glove Box is a sealed enclosure designed to allow a user to manipulate objects inside a controlled atmosphere while being physically separated from the materials. The integration of an Airlock Chamber (or antechamber) is critical; it allows for the transfer of samples, tools, or components into the main box without compromising the internal environment's purity.Key ApplicationsBattery Research: Protecting lithium-ion components from moisture and oxygen.Pharmaceuticals: Handling hazardous or potent APIs (Active Pharmaceutical Ingredients).Semiconductor Manufacturing: Preventing oxidation during delicate assembly processes.Chemical Synthesis: Working with air-sensitive or pyrophoric reagents.Features of Burhani Engineering Technology Glove BoxesBurhani Engineering Technology focuses on a "Safety First" engineering philosophy. Their systems are engineered to provide a leak-proof, ergonomic, and highly durable workspace.1. Robust Material ConstructionMost units are fabricated from high-grade 304 or 316L Stainless Steel, ensuring resistance to corrosion and ease of sterilization. The viewing panels are typically made of thick, scratch-resistant tempered glass or polycarbonate for maximum visibility.2. High-Efficiency Airlock SystemThe airlock chamber features a dual-door system with a vacuum-rated seal. This allows users to:1. Place an item in the airlock.2. Purge the airlock with inert gas (like Nitrogen or Argon).3. Open the inner door to bring the item into the main workspace safely.3. Gas Purification and MonitoringBurhani units can be equipped with advanced sensors to monitor Oxygen ($O_2$) and Moisture ($H_2O$) levels in parts per million (ppm). This ensures that even the slightest leak is detected immediately.4. Ergonomic DesignThe placement of the glove ports is optimized to reduce operator fatigue during long shifts, featuring high-quality butyl or neoprene gloves that offer both chemical resistance and tactile sensitivity.Technical Specifications at a GlanceFeatureStandard SpecificationsMaterialSS 304 / SS 316LLeak Rate< 0.05 vol% / hAirlock TypeCylindrical or Square with Sliding TrayGas OptionsNitrogen, Argon, HeliumPort Size8" (Standard) or CustomWhy Choose Burhani Engineering Technology?When sourcing a glove box, reliability is paramount. Burhani Engineering Technology differentiates itself through: Customization: They provide bespoke solutions tailored to specific laboratory footprints or industrial workflows. Compliance: Their products are designed to meet international safety and quality standards. Support: Comprehensive after-sales service, including seal replacements and sensor calibration.ConclusionWhether you are conducting cutting-edge chemistry or manufacturing high-tech electronics, the Glove Box with Airlock Chamber by Burhani Engineering Technology offers the isolation and protection your project demands. By preventing cross-contamination and maintaining a pristine inert atmosphere, these systems protect both your product and your personnel.

Additional Information:

• Item Code: BETGBAL-80
• Production Capacity: 480
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Vacuum Glove Box

A vacuum glove box is a specialized containment system used in various industries to manipulate and work with materials in a controlled environment with low levels of oxygen and moisture. This comprehensive guide explores the principles, applications, benefits, and considerations associated with vacuum glove boxes.

Burhani Engineering Technology Manufactures and offers worldwide researchers with a wide range of vacuum glove box workstations ready to use that can be equipped with optional features as per the requirement. Industrial Labs, Colleges and Universities uses Burhani Engineering Technology glove boxes for the development and research of emerging technologies in the field of Chemical ,OLED, PLED, Welding, Lithium Batteries and many more. Burhani Engineering Technology is a state of art technology glovebox model. We provide high capacity purifier and sealing technology . There are minimum point of leakages using all weld stainless steeldesign. It allows easy and fast initial setup. Our unique seals enables low leakage rates in the glove box(<0.001 vol%/h). The Glovebox can be easily custom made to your research needs.
Applications of Vacuum Glove Boxes:

1. Chemical Research: Vacuum glove boxes are used in chemical laboratories to handle air-sensitive and moisture-sensitive reagents, ensuring accurate reactions and minimizing unwanted reactions.
2. Electronics Manufacturing: In the electronics industry, vacuum glove boxes are used for assembling components and devices that require a controlled environment to prevent oxidation and contamination.
3. Battery Research: Research and development of batteries, especially lithium-ion batteries, often require vacuum glove boxes to prevent exposure to moisture and oxygen, which can affect battery performance.
4. Pharmaceuticals: Vacuum glove boxes are used in pharmaceutical research and production to handle sensitive compounds and maintain the purity of active ingredients.
5. Nanotechnology: In nanotechnology applications, vacuum glove boxes provide a controlled environment for handling nanomaterials and performing precise manipulations.

Benefits of Vacuum Glove Boxes:

1. Material Protection: Vacuum glove boxes prevent materials from exposure to oxygen and moisture, which can cause oxidation, degradation, or unwanted reactions.
2. Contamination Prevention: The controlled atmosphere within the glove box minimizes the risk of contamination from particles, dust, and pollutants.
3. Enhanced Precision: Researchers and operators can perform tasks with a high degree of precision, as the controlled environment eliminates external factors that can affect outcomes.
4. Reduced Waste: By preventing unwanted reactions and preserving the quality of materials, vacuum glove boxes help reduce waste and improve process efficiency.
5. Versatility: Vacuum glove boxes can accommodate a wide range of applications, from basic research to complex manufacturing processes.

Additional Information:

• Item Code: BET-002-BT
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Support

Acrylic Vacuum Glove BoxDownload Broucher

In scientific research, advanced manufacturing, and various industrial processes, precision and control are paramount. Enter the Acrylic Vacuum Glove Box, a versatile and essential tool that provides a controlled environment for sensitive operations. This comprehensive guide explores the world of Acrylic Vacuum Glove Boxes, shedding light on their principles, applications, and the transformative role they play in ensuring precision, safety, and contamination-free conditions for critical tasks.

Glove Box supports vacuum and degassing operations. Vacuum cycling provides a fast, economical way to achieve extremely low moisture and oxygen levels inside the chamber. During each cycle, a vacuum pump connected to the glove box removes the chamber environment, and with it moisture and oxygen. At the end of the vacuum cycle, the chamber is backfilled with a clean, dry process gas (commonly nitrogen or argon) to restore neutral pressure. This cycle can be repeated as many times as necessary to attain the desired low humidity, low oxygen conditions.
Understanding Acrylic Vacuum Glove Boxes

The Art of Controlled Environments Before we delve into the depths of Acrylic Vacuum Glove Boxes, let's establish the fundamental concept behind these specialized enclosures. A glove box is a sealed container with built-in gloves, typically made of acrylic, that allows operators to manipulate objects or substances in a controlled environment. When combined with a vacuum system, the Acrylic Vacuum Glove Box ensures even greater control over the environment, making it ideal for tasks that demand precision, cleanliness, and containment.

The Need for Precision and Containment

In various industries and research fields, tasks requiring precise control and contamination prevention include:
1. Scientific Research: Laboratories utilize Acrylic Vacuum Glove Boxes for experiments involving sensitive materials, such as chemicals or biological samples.
2. Advanced Manufacturing: Industries like electronics, aerospace, and pharmaceuticals employ these boxes for manufacturing components that demand contamination-free conditions.
3. Nuclear Research: Radioactive materials and isotopes are safely handled within glove boxes to minimize radiation exposure.
4. Pharmaceuticals: Drug formulation and handling of potent compounds require controlled environments to prevent cross-contamination.
5. Semiconductor Fabrication: In cleanroom environments, Acrylic Vacuum Glove Boxes ensure the utmost cleanliness and precision.

Acrylic Vacuum Glove Box Components

Key components of Acrylic Vacuum Glove Boxes include:
1. Acrylic Enclosure: The transparent acrylic walls provide visibility while maintaining a sealed environment.
2. Gloves: Built-in gloves allow operators to interact with materials inside the box without breaking containment.
3. Vacuum System: The vacuum pump maintains low pressure within the box, removing contaminants and preventing leaks.
4. Gas Purification System: Some systems feature gas purification to maintain a clean and controlled atmosphere.
5. Pressure Controls: Operators can adjust the pressure inside the box to meet specific requirements.

Additional Information:

• Item Code: BET-003-BT
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Vacuum Glove Box

A vacuum glove box is a specialized containment system used in various industries to manipulate and work with materials in a controlled environment with low levels of oxygen and moisture. This comprehensive guide explores the principles, applications, benefits, and considerations associated with vacuum glove boxes.

Burhani Engineering Technology Manufactures and offers worldwide researchers with a wide range of vacuum glove box workstations ready to use that can be equipped with optional features as per the requirement. Industrial Labs, Colleges and Universities uses Burhani Engineering Technology glove boxes for the development and research of emerging technologies in the field of Chemical ,OLED, PLED, Welding, Lithium Batteries and many more. Burhani Engineering Technology is a state of art technology glovebox model. We provide high capacity purifier and sealing technology . There are minimum point of leakages using all weld stainless steeldesign. It allows easy and fast initial setup. Our unique seals enables low leakage rates in the glove box(<0.001 vol%/h). The Glovebox can be easily custom made to your research needs.

Introduction to Vacuum Glove Boxes

Certain processes and materials require precise control of environmental conditions to ensure product quality, safety, and research accuracy. A vacuum glove box provides a controlled atmosphere within an enclosed chamber, enabling operators to handle substances under reduced oxygen and moisture levels. This controlled environment prevents contamination and oxidation, making it a valuable tool in research, manufacturing, and testing.

Principles of Vacuum Glove Boxes:

A vacuum glove box consists of an airtight chamber equipped with gloves that allow operators to interact with the materials inside while maintaining the controlled atmosphere. The glove box is connected to a vacuum system that removes air and moisture from the chamber, creating a low-pressure environment. An inert gas, such as nitrogen or argon, is introduced to replace the removed air, resulting in a controlled atmosphere suitable for sensitive operations.

Specifications of Glove Box

1. The Glove Box is available in Full Acrylic, Stainless Steel with Poly carbonate Enclosure and Mild Steel with polycarbonate Enclosure.
2. Bench top and Modular Design with extension facility.
3. Oxygen and Moisture can be removed up to less than < 1ppm
4. Display of Oxygen, Moisture and Vacuum Level on Burhani Engineering Technology Touch Screen
5. Large 7 inch Touch Screen with PLC Controller
6. Purification and regeneration in close loop recirculation system
7. Antechamber on request with sliding trays
8. Optional Live monitoring facility
9. Safety feature and control features
10. low leakage rate
11. low moisture and oxygen content
12. Ergonomic
13. Accurate moisture and Oxygen Detection
14. Process Efficient
15. Fast and Slow Purge features available

Additional Information:

• Item Code: BET-004-B
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Vacuum Glove Box Metal BodyDownload Broucher

Burhani Engineering Technology is the largest manufacturer of Inert gas Glove box chamber in India includes Gas Enclosures, Clean room equipment and Purification systems. BHFTECHG has developed innovative sealing technology and gas purification systems that enables our users low leakage rates and high impurity levels better than industrial standards. Our designs can remove 02, h20 and N2 to ppb levels and achieve ISO-2 class level clean rooms.

Leak Free Sealing Technology

Burhani Engineering Technology Glove boxes are made of stainless steel and are welded entirely except for the front window and glove ports. The Ports has double seal for enhance vacuum leakage protection. We give our customers the most advance sealing technology and guarantee that your research stays protected from the atmosphere.

• Ultra Low Impurity levels
• Ultra Low Leakage rate
• Low regeneration frequency
• Long Seal Life
• Ultra Low Energy consumption

High Efficiency Purification Systems

Ultra High pure gas purification and separation with Burhani Engineering Technology many years of R&D design helps us to serve industry with purification trains with improved efficiency and capacity.

1. Optimized parameters are
2. Gas Flow distribution
3. Internal Structure of purification columns
4. Adsorption materials
5. Purifier filling methods

Accurate Trace Gas AnalysisOxygen Analyzer

1. Accurate with repeatability
2. Not effected by solvents
3. Low operating cost and replaceable sensor

Moisture Analyzer

• Accurate, widely used and reliable
• Low Maintenance

ApplicationsChemical Synthesis Glovebox

• Long Lifespan
• O2<1 ppm H2o<1 ppm
• Low leakage (<0.001 vol%/h)
• Excellent purifier capacity (O2:45-60L)
• Accurate moisture and oxygen
• Infrequent regeneration
• Low failure rate
• Safe and convenient

OLED/OPV Glove boxes

• Clean room environment
• Substrate cleaning equipment
• spin Coating equipment
• Thermal treatment equipment
• Vacuum deposition equipment
• Manual and automatic encapsulation equipment
• Temperature control systems
• vacuum controlled drying systems for printing

Lithium Battery and Super capacitor Glove boxes

• Excellent seal ability with long lifespan
• Protection device for moisture and oxygen sensors
• Strong resistance to organic solvents
• can integrate with different vacuum heating and drying technologies

Nuclear Research & Industry Glove boxes

• Advance leak free technology
• Radiation protection: lead plate, flint glass, leaded gloves
• Ultra low moisture and oxygen content: < 1 ppm
• Capacity to perform no leak contaminated glove changing under negative box pressure
• Safe transfer of nuclear materials

Laser Welding Gloveboxes

• Low Moisture and oxygen content
• Ergonomic
• Accurate moisture and oxygen detection
• Process efficient
• Fast and slow purge features available

Product Catogories

• Acrylic Vacuum Glove Box
• Vacuum Glove Box

Additive Manufacturing Gloveboxes

• Custom enclosures around your AM machine process
• Low O2 and H2o gas management integration
• Pre Process powder packaging enclosures
• Post process de powdering enclosures
• Hermetic Powder storage with on board monitorin

Additional Information:

• Item Code: BET800A
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Vacuum Glove Box Metal BodyDownload Broucher

Burhani Engineering Technology is the largest manufacturer of Inert gas Glove box chamber in India includes Gas Enclosures, Clean room equipment and Purification systems. BHFTECHG has developed innovative sealing technology and gas purification systems that enables our users low leakage rates and high impurity levels better than industrial standards. Our designs can remove 02, h20 and N2 to ppb levels and achieve ISO-2 class level clean rooms.

Leak Free Sealing Technology

Burhani Engineering Technology Glove boxes are made of stainless steel and are welded entirely except for the front window and glove ports. The Ports has double seal for enhance vacuum leakage protection. We give our customers the most advance sealing technology and guarantee that your research stays protected from the atmosphere.

• Ultra Low Impurity levels
• Ultra Low Leakage rate
• Low regeneration frequency
• Long Seal Life
• Ultra Low Energy consumption

High Efficiency Purification Systems

Ultra High pure gas purification and separation with Burhani Engineering Technology many years of R&D design helps us to serve industry with purification trains with improved efficiency and capacity.

1. Optimized parameters are
2. Gas Flow distribution
3. Internal Structure of purification columns
4. Adsorption materials
5. Purifier filling methods

Accurate Trace Gas AnalysisOxygen Analyzer

1. Accurate with repeatability
2. Not effected by solvents
3. Low operating cost and replaceable sensor

Moisture Analyzer

• Accurate, widely used and reliable
• Low Maintenance
• ApplicationsChemical Synthesis Glovebox
  • Long Lifespan
  • O2<1 ppm H2o<1 ppm
  • Low leakage (<0.001 vol%/h)
  • Excellent purifier capacity (O2:45-60L)
  • Accurate moisture and oxygen
  • Infrequent regeneration
  • Low failure rate
  • Safe and convenient
  OLED/OPV Glove boxes
  • Clean room environment
  • Substrate cleaning equipment
  • spin Coating equipment
  • Thermal treatment equipment
  • Vacuum deposition equipment
  • Manual and automatic encapsulation equipment
  • Temperature control systems
  • vacuum controlled drying systems for printing
  Lithium Battery and Super capacitor Glove boxes
  • Excellent seal ability with long lifespan
  • Protection device for moisture and oxygen sensors
  • Strong resistance to organic solvents
  • can integrate with different vacuum heating and drying technologies

Additional Information:

• Item Code: BET600A
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Vacuum Glove Box

A vacuum glove box is a specialized containment system used in various industries to manipulate and work with materials in a controlled environment with low levels of oxygen and moisture. This comprehensive guide explores the principles, applications, benefits, and considerations associated with vacuum glove boxes.

Burhani Engineering Technology Manufactures and offers worldwide researchers with a wide range of vacuum glove box workstations ready to use that can be equipped with optional features as per the requirement. Industrial Labs, Colleges and Universities uses Burhani Engineering Technology glove boxes for the development and research of emerging technologies in the field of Chemical ,OLED, PLED, Welding, Lithium Batteries and many more. Burhani Engineering Technology is a state of art technology glovebox model. We provide high capacity purifier and sealing technology . There are minimum point of leakages using all weld stainless steeldesign. It allows easy and fast initial setup. Our unique seals enables low leakage rates in the glove box(<0.001 vol%/h). The Glovebox can be easily custom made to your research needs.

Introduction to Vacuum Glove Boxes

Certain processes and materials require precise control of environmental conditions to ensure product quality, safety, and research accuracy. A vacuum glove box provides a controlled atmosphere within an enclosed chamber, enabling operators to handle substances under reduced oxygen and moisture levels. This controlled environment prevents contamination and oxidation, making it a valuable tool in research, manufacturing, and testing.

Versatile Environments for Precision Work Acrylic Vacuum Glove Boxes find applications across a wide spectrum of industries:
1. Chemical Research: Glove boxes ensure safe handling of reactive or hazardous chemicals in controlled atmospheres.
2. Biology and Biotechnology: Sensitive biological experiments, cell culture work, and DNA/RNA handling benefit from contamination-free environments.
3. Pharmaceuticals: Drug formulation, compounding, and handling of active pharmaceutical ingredients (APIs) require controlled conditions.
4. Nuclear Research: Laboratories dealing with radioactive materials use glove boxes to contain and manipulate samples.
5. Electronics and Cleanrooms: Semiconductor fabrication, nanotechnology research, and electronics assembly demand contamination control.

Advantages of Acrylic Vacuum Glove Boxes

The adoption of Acrylic Vacuum Glove Boxes offers several key advantages:
1. Contamination Control: Glove boxes maintain a clean, particle-free environment, crucial for sensitive processes and experiments.
2. Operator Safety: Operators are shielded from exposure to hazardous substances, radioactive materials, or pathogens.
3. Precision Handling: The gloves provide a tactile interface for delicate operations, enabling precise manipulation.
4. Flexibility: These boxes are adaptable for a wide range of applications and can be customized to meet specific requirements.
5. Reduced Environmental Impact: Acrylic construction and vacuum systems promote sustainability by minimizing waste and emissions.

Challenges and Considerations

While Acrylic Vacuum Glove Boxes offer substantial benefits, challenges include regular maintenance, proper training for operators, and ensuring a reliable vacuum system. Adherence to safety protocols and periodic equipment checks are essential for maintaining the integrity of the controlled environment.

Additional Information:

• Item Code: BET-003-B
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Glove box for battery researchAdvancing Energy Storage: Premium Glove Box Solutions for Battery Research by Burhani Engineering TechnologyIn the rapidly evolving landscape of energy storage, the precision of your environment determines the success of your innovation. For researchers working on next-generation lithium-ion, solid-state, or lithium-sulfur batteries, atmospheric purity is non-negotiable.Burhani Engineering Technology stands at the forefront of this industry, manufacturing high-performance Glove Boxes specifically engineered to meet the rigorous demands of battery R&D.Why Battery Research Requires a Controlled AtmosphereBattery materials, particularly lithium metal and specialized electrolytes, are extremely sensitive to moisture and oxygen. Even trace amounts of humidity (measured in parts per million) can lead to:Material Degradation: Rapid oxidation of lithium anodes.Electrolyte Contamination: Formation of hydrofluoric acid in LiPF6-based electrolytes.Inaccurate Data: Compromised cycle life and safety testing results.Key Features of Burhani Engineering Technology Glove BoxesBurhani Engineering Technology designs its systems with a "safety-first, precision-always" philosophy. Our glove boxes provide a hermetically sealed environment with integrated gas purification systems.1. Ultra-Low Oxygen and Moisture LevelsOur systems consistently maintain levels of $< 1$ ppm for both $O_2$ and $H_2O$. This creates a pristine "inert" environment, typically using Argon or Nitrogen, essential for stable battery assembly.2. Robust Stainless Steel ConstructionBuilt using high-grade SS 304/316L, our chambers are resistant to the corrosive chemicals often used in battery slurry preparation and electrolyte filling.3. Integrated Gas Purification UnitsThe heart of the Burhani Glove Box is the automated purification system. It features:High-capacity oxygen and moisture removal. Automatic regeneration cycles to ensure 24/7 operation. PLC-controlled pressure regulation to prevent leaks during glove use.4. Modular Design for Research ScalingWhether you are building coin cells, pouch cells, or cylindrical cells, our glove boxes are modular. You can integrate vacuum ovens, spin coaters, or electrolyte filling stations directly into the workflow.Technical Specifications at a GlanceFeatureSpecificationMaterialStainless Steel 304 / 316LPurity Levels$< 1$ ppm $O_2$ and $H_2O$Leak Rate$< 0.05$ vol%/hControl SystemSiemens/Schneider PLC with HMI TouchscreenAntechambersLarge Main Antechamber + Mini Antechamber for quick transfersApplications in the Battery IndustryBurhani Engineering Technology supports a wide array of research applications: Solid-State Battery Synthesis: Handling air-sensitive solid electrolytes. Lithium Metal Processing: Safe handling and cutting of lithium foils. Supercapacitor Assembly: Maintaining dry environments for non-aqueous electrolytes. Post-Mortem Analysis: Safely deconstructing cycled batteries to study failure mechanisms.The Burhani Advantage: Quality Meets CustomizationChoosing a glove box from Burhani Engineering Technology means partnering with a manufacturer that understands the nuances of laboratory workflows. We don't just provide equipment; we provide a foundation for discovery. Customization: Tailor the dimensions and port configurations to your lab space. Expert Support: On-site installation and comprehensive training for your research team. Cost-Efficiency: Premium performance at a competitive price point, ensuring your research budget goes further.Elevate Your Battery Research TodayIf you are looking to enhance the reliability of your battery prototypes and ensure repeatable results, a high-purity environment is your first step. Trust Burhani Engineering Technology to provide the shield your chemistry deserves.Contact us today for a technical consultation or a customized quote for your laboratory.

Additional Information:

• Item Code: BETGBBR-07
• Production Capacity: 520
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Chemical synthesis glove boxPrecision in Air-Sensitive Chemistry: Chemical Synthesis Glove Boxes by Burhani Engineering TechnologyIn the world of advanced chemical research, the margin for error is often measured in parts per million (ppm). For researchers working with organometallics, lithium-ion battery materials, or perovskite solar cells, exposure to oxygen or moisture can ruin months of work.Burhani Engineering Technology has established itself as a leader in providing high-performance Chemical Synthesis Glove Boxes designed to provide an absolute inert environment for critical scientific processes.What is a Chemical Synthesis Glove Box?A chemical synthesis glove box is a sealed environment designed to allow scientists to manipulate sensitive compounds while maintaining a strictly controlled atmosphere. Typically filled with high-purity nitrogen or argon, these systems ensure that moisture ($H_2O$) and oxygen ($O_2$) levels remain below 1 ppm.Key Features of Burhani Engineering SystemsBurhani Engineering Technology integrates cutting-edge automation with robust structural integrity. Their systems are characterized by:Gas Purification Units: Automated systems that continuously remove moisture and oxygen.PLC Control Systems: Touch-screen interfaces for real-time monitoring of internal pressure and gas concentrations.Stainless Steel Construction: High-grade 304 or 316L stainless steel for maximum chemical resistance.Modular Design: Ability to integrate microscopes, vacuum ovens, or chemical sensors directly into the chamber.Applications of Burhani Chemical Glove BoxesThe versatility of Burhani’s engineering makes their glove boxes essential across several high-tech industries:IndustryPrimary Use CaseMaterial ScienceSynthesis of air-sensitive nanomaterials and polymers.IndustryPrimary Use CaseBattery ResearchAssembly of lithium-sulfur and solid-state batteries.PharmaceuticalsHandling of potent API (Active Pharmaceutical Ingredients) and catalysts.Organometallic ChemistryManipulation of pyrophoric reagents and Grignard reactions.Why Choose Burhani Engineering Technology?1. Superior Leak IntegrityEvery Burhani glove box undergoes rigorous helium leak testing. Their high-quality seals and vacuum-tight ports ensure that the inert atmosphere is maintained with minimal gas consumption.2. Ergonomic User ExperienceWorking in a glove box can be physically demanding. Burhani designs their chambers with slanted windows and optimized glove port placement to reduce operator fatigue during long synthesis sessions.3. Customized EngineeringUnlike "one-size-fits-all" solutions, Burhani Engineering Technology offers bespoke configurations. Whether you need a double-sided workstation for multiple users or integrated refrigeration for cold-storage synthesis, they provide tailored solutions.Maintaining the Inert EnvironmentThe heart of the Burhani system is the Gas Purification Loop. This process involves:1. Circulation: Internal blowers pull the atmosphere through a copper catalyst and molecular sieve.2. Adsorption: $O_2$ and $H_2O$ molecules are chemically bound to the catalyst.3. Regeneration: A periodic heating process using a forming gas ($N_2/H_2$ mix) "cleans" the catalyst, extending the life of the system for years.ConclusionFor laboratories looking to push the boundaries of chemical synthesis, the reliability of your equipment is paramount. Burhani Engineering Technology provides the precision, durability, and technical support required to maintain a world-class research environment.

Additional Information:

• Item Code: BETCSGB-10
• Production Capacity: 500
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Achieving sub-1 ppm oxygen in glove boxAchieving Sub-1 PPM Oxygen in Your Glove Box: A Technical Guide by Burhani Engineering TechnologyIn the world of advanced materials research, lithium-battery production, and semiconductor manufacturing, the environment is everything. Even a single part per million (ppm) of oxygen can ruin a sensitive experiment or degrade a high-performance product.At Burhani Engineering Technology, we specialize in high-purity inert atmosphere solutions. This guide explores the engineering and operational discipline required to achieve and maintain sub-1 ppm oxygen levels in your glove box.Why Sub-1 PPM MattersFor many applications, "low oxygen" isn't enough. When working with organometallics, halide perovskites, or lithium metal, oxygen acts as a persistent contaminant that triggers oxidation, reduces shelf life, and alters chemical pathways. Achieving sub-1 ppm levels ensures:Experimental Repeatability: Eliminating atmospheric variables.Product Longevity: Preventing degradation in moisture- and oxygen-sensitive components.Safety: Managing pyrophoric materials that react violently with air.1. Advanced Gas Purification SystemsThe heart of a sub-1 ppm environment is the Gas Purification Unit (GPU). Standard purging isn't enough to reach these ultra-low levels efficiently.Copper Catalyst Technology: We utilize high-surface-area copper catalysts to chemically react with oxygen, converting it into copper oxide.Molecular Sieves: Simultaneously, synthetic zeolites remove moisture (H2O) to sub-1 ppm levels, as water vapor often acts as a carrier for oxygen.Closed-Loop Circulation: The atmosphere is constantly pulled from the box, pushed through the purifier, and returned, ensuring any ingress is immediately scrubbed.2. Integrity of the Physical BarrierYou cannot purify your way out of a physical leak. Achieving sub-1 ppm requires a vacuum-tight enclosure. Stainless Steel Construction: Burhani uses high-grade 304 or 316L stainless steel with heavy-duty TIG welding to minimize porosity. Leak Testing: Every unit undergoes rigorous Helium Mass Spectrometer leak testing. A leak rate of less than $10^{-5}$ mbar·L/s is essential for ultra-high purity. Glove Selection: Standard latex gloves are permeable to oxygen. For sub-1 ppm work, we recommend Butyl gloves, which offer the lowest gas permeability rates in the industry.3. Managing the Ante-Chamber (The "Gateway")The most common source of oxygen spikes is the transfer of items into the box. Evacuation/Refill Cycles: Never open the inner door without at least three cycles of vacuuming and inert gas refilling. Automated Sequencing: Burhani’s PLC-controlled systems automate these cycles to eliminate human error, ensuring the ante-chamber atmosphere matches the internal environment before the door is cracked.4. Real-Time Monitoring and SensorsYou cannot manage what you cannot measure. Electrochemical vs. Zirconia Sensors: We integrate high-precision oxygen analyzers capable of detecting changes as small as 0.1 ppm. Smart Integration: Our systems feature "Auto-Purge" triggers. If the sensor detects oxygen rising above a set threshold (e.g., 2 ppm), the system automatically increases circulation or purging to bring it back down.

Additional Information:

• Item Code: BETOLPPM-1
• Production Capacity: 100
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Vacuum glove box price and specificationsVacuum Glove Box: Price, Specifications, and Guide by Burhani EngineeringTechnologyIn sectors like pharmaceutical research, lithium-ion battery development, andsemiconductor manufacturing, a controlled environment isn't just a luxury—it is anecessity. Burhani Engineering Technology has established itself as a premiermanufacturer of high-performance vacuum glove boxes designed to protect both theuser and the sample.This article provides a comprehensive breakdown of the pricing, technicalspecifications, and key features of Burhani Engineering’s vacuum glove box lineup.What is a Vacuum Glove Box?A vacuum glove box is a sealed, airtight enclosure that allows researchers andengineers to manipulate sensitive materials in a controlled atmosphere (often inertgas like Nitrogen or Argon). By utilizing vacuum cycles, the system removes oxygenand moisture, reaching ultra-low impurity levels often below 1 ppm.Technical Specifications: Burhani Engineering SeriesBurhani Engineering offers both Stainless Steel (SS 304/316) and Acrylic modelsto suit different budget and application needs.1. High-Vacuum Stainless Steel Series (BET-SS)These are heavy-duty units designed for high-pressure differentials and chemicalresistance.Specification DetailsMaterial of Construction High-grade SS 304 / SS 316 (Mirror Finish Inside)Chamber Volume 100L to 700L (Customizable)Vacuum Level Up to $1 \times 10^{-3}$ mbar (Ultimate Vacuum)Leakage Rate $< 0.001$ vol%/hGlove Ports 2 to 4 Ports (Standard 8" or 10" Dia)Window Material 25mm thick Clear Acrylic / Safety GlassControl System 7-inch PLC Touch Screen (Optional)Specification DetailsGas Purification Integrated O2 and H2O removal to $< 1$ ppm2. Acrylic Vacuum Glove Box Series (BHF-AGB)Ideal for university research and applications where 360° visibility is required. Working Space: 106L to 500L models. Operating Range: 0–50°C temperature, 1–100% RH. Seal Type: High-quality double-O-ring rubber seals. Transition Box: Available in cylindrical or square configurations for sampletransfer.Vacuum Glove Box Price List (2026 Estimates)The price of a vacuum glove box depends largely on the material (Acrylic vs.Stainless Steel) and the level of automation (Manual vs. PLC-controlled).Model TypeEstimated Price(INR)Best Suited ForBenchtop Acrylic Glove Box(2-Port)₹75,000 – ₹1,50,000 General Lab Research,DesiccationAcrylic Vacuum Glove Box(500L)₹1,65,000 –₹2,10,000Chemical Synthesis, BioresearchStandard SS 304 VacuumGlove Box₹1,75,000 –₹4,50,000Lithium Battery R&D,WeldingFully Automated Inert GasWorkstation₹12,00,000 –₹25,00,000Industrial OLED/OPVProductionNote: Prices are indicative and exclude GST and shipping. For a customized quotebased on specific dimensions or sensors, it is best to contact Burhani Engineeringdirectly.Key Features & Advantages Advanced Sealing Technology: Burhani uses a unique double-sealmechanism at the ports to prevent vacuum leakage. Ergonomic Design: Port placement is optimized for operator comfort duringlong hours of manual manipulation. Integrated Purification: High-capacity purification columns ensure thatoxygen and moisture levels remain at ppb (parts per billion) levels if required. Versatile Applications:o Nuclear Industry: Safe handling of radioactive isotopes.o Additive Manufacturing: Managing reactive metal powders.o Electronics: Thermal treatment and vacuum deposition.Maintenance and SupportBurhani Engineering provides a 1-year warranty on most models. Maintenancetypically involves:1. Regeneration: Occasional heating of the purification catalyst.2. Glove Replacement: Checking for punctures in the Neoprene or Butyl rubbergloves.3. Vacuum Pump Service: Routine oil changes for the rotary vane pumps.Ready to Upgrade Your Lab?Choosing the right glove box is critical for the success of your research.

Additional Information:

• Item Code: BETGBVAC-06
• Production Capacity: 400
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Glove box vs. fume hoodIn the world of laboratory safety and material handling, selecting the right containment system is critical for both operator protection and experimental integrity. Burhani Engineering Technology, a leading manufacturer in India, specializes in high-performance containment solutions tailored for diverse industrial and research needs.This article explores the fundamental differences between a Glove Box and a Fume Hood, helping you decide which Burhani Engineering product is right for your facility.1. What is a Fume Hood?A Fume Hood is a ventilated enclosure designed primarily to protect the user. It works by drawing air away from the operator and into the hood, where it is either filtered and recirculated or exhausted outside.Key Features of Burhani Engineering Fume Hoods:Safety First: Engineered to capture and remove hazardous vapors, gases, and dust.Robust Construction: Typically manufactured using Galvanized Iron (GI) with PU coating and PP lining for chemical resistance.Aerodynamic Design: Features a vertical rising sash (toughened glass) and a sturdy baffle system to ensure uniform airflow.Primary Use: Ideal for routine chemical mixing, acid digestion, and handling volatile organic compounds where the product is not sensitive to the ambient air.2. What is a Glove Box?Unlike a fume hood, a Glove Box is a hermetically sealed environment. It provides a total physical barrier between the operator and the materials inside. It is used when you need to control the internal atmosphere (e.g., removing oxygen or moisture) or handle extremely hazardous pathogens/radioactive materials.Key Features of Burhani Engineering Glove Boxes:Atmospheric Control: Capable of maintaining oxygen and moisture levels at <1 ppm.Material Variety: Available in high-grade Stainless Steel (SS 304/316) for vacuum applications or Clear Acrylic for general isolation. Leak-Free Sealing: Features advanced welding and double-seal ports to ensure a low leakage rate (<0.001 vol%/h). Primary Use: Essential for lithium battery research, OLED/OPV development, anaerobic microbiology, and handling pyrophoric chemicals.3. Glove Box vs. Fume Hood: Key DifferencesFeatureFume HoodGlove BoxSystem TypeOpen (Ventilated)Closed (Hermetically Sealed)Operator ProtectionHigh (prevents inhalation)Absolute (physical barrier)Sample ProtectionLow (exposed to lab air)Absolute (inert atmosphere)AirflowConstant inflow of lab airControlled inert gas (Argon/Nitrogen)Primary GoalRemove fumes from the roomIsolate the material from the roomCommon MaterialsAcids, Solvents, Odorous chemicalsLithium, Nano-materials, Pathogens4. Which One Do You Need?Choose a Burhani Fume Hood if: You are working with chemicals that produce harmful vapors but are stable in the air. You need a large workspace with frequent access to the samples. Your budget is a primary consideration for general lab ventilation.Choose a Burhani Glove Box if: You are handling air-sensitive or moisture-sensitive materials (e.g., organometallics). You need an oxygen-free environment for specialized welding or battery assembly. The substances you are handling are highly toxic or bio-hazardous (requiring Level 3 or 4 containment).ConclusionWhether you require the ventilated safety of a fume hood or the high-precision isolation of a vacuum glove box, Burhani Engineering Technology provides custom-engineered solutions that meet international safety standards. Investing in the right containment equipment not only ensures compliance but also enhances the accuracy of your research.

Additional Information:

• Item Code: BETFHGB-02
• Production Capacity: 500
• Delivery Time: Ready In Stock
• Packaging Details: Wooden Packing

Vacuum Glove Box Metal BodyDownload Broucher

Burhani Engineering Technology is the largest manufacturer of Inert gas Glove box chamber in India includes Gas Enclosures, Clean room equipment and Purification systems. BHFTECHG has developed innovative sealing technology and gas purification systems that enables our users low leakage rates and high impurity levels better than industrial standards. Our designs can remove 02, h20 and N2 to ppb levels and achieve ISO-2 class level clean rooms.

Leak Free Sealing Technology

Burhani Engineering Technology Glove boxes are made of stainless steel and are welded entirely except for the front window and glove ports. The Ports has double seal for enhance vacuum leakage protection. We give our customers the most advance sealing technology and guarantee that your research stays protected from the atmosphere.

• Ultra Low Impurity levels
• Ultra Low Leakage rate
• Low regeneration frequency
• Long Seal Life
• Ultra Low Energy consumption

High Efficiency Purification Systems

Ultra High pure gas purification and separation with Burhani Engineering Technology many years of R&D design helps us to serve industry with purification trains with improved efficiency and capacity.

1. Optimized parameters are
2. Gas Flow distribution
3. Internal Structure of purification columns
4. Adsorption materials
5. Purifier filling methods

Accurate Trace Gas AnalysisOxygen Analyzer

1. Accurate with repeatability
2. Not effected by solvents
3. Low operating cost and replaceable sensor

Moisture Analyzer

• Accurate, widely used and reliable
• Low Maintenance

ApplicationsChemical Synthesis Glovebox

• Long Lifespan
• O2<1 ppm H2o<1 ppm
• Low leakage (<0.001 vol%/h)
• Excellent purifier capacity (O2:45-60L)
• Accurate moisture and oxygen
• Infrequent regeneration
• Low failure rate
• Safe and convenient

OLED/OPV Glove boxes

• Clean room environment
• Substrate cleaning equipment
• spin Coating equipment
• Thermal treatment equipment
• Vacuum deposition equipment
• Manual and automatic encapsulation equipment
• Temperature control systems
• vacuum controlled drying systems for printing

Lithium Battery and Super capacitor Glove boxes

• Excellent seal ability with long lifespan
• Protection device for moisture and oxygen sensors
• Strong resistance to organic solvents
• can integrate with different vacuum heating and drying technologies

Nuclear Research & Industry Glove boxes

• Advance leak free technology
• Radiation protection: lead plate, flint glass, leaded gloves
• Ultra low moisture and oxygen content: < 1 ppm
• Capacity to perform no leak contaminated glove changing under negative box pressure
• Safe transfer of nuclear materials

Laser Welding Gloveboxes

• Low Moisture and oxygen content
• Ergonomic
• Accurate moisture and oxygen detection
• Process efficient
• Fast and slow purge features available

Product Catogories

• Acrylic Vacuum Glove Box
• Vacuum Glove Box

Additive Manufacturing Gloveboxes

• Custom enclosures around your AM machine process
• Low O2 and H2o gas management integration
• Pre Process powder packaging enclosures
• Post process de powdering enclosures
• Hermetic Powder storage with on board monitoring

Additional Information:

• Item Code: BET1200A
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Acrylic Vacuum Glove Box

In scientific research, advanced manufacturing, and various industrial processes, precision and control are paramount. Enter the Acrylic Vacuum Glove Box, a versatile and essential tool that provides a controlled environment for sensitive operations. This comprehensive guide explores the world of Acrylic Vacuum Glove Boxes, shedding light on their principles, applications, and the transformative role they play in ensuring precision, safety, and contamination-free conditions for critical tasks.

Glove Box supports vacuum and degassing operations. Vacuum cycling provides a fast, economical way to achieve extremely low moisture and oxygen levels inside the chamber. During each cycle, a vacuum pump connected to the glove box removes the chamber environment, and with it moisture and oxygen. At the end of the vacuum cycle, the chamber is backfilled with a clean, dry process gas (commonly nitrogen or argon) to restore neutral pressure. This cycle can be repeated as many times as necessary to attain the desired low humidity, low oxygen conditions.
Understanding Acrylic Vacuum Glove Boxes

The Art of Controlled Environments Before we delve into the depths of Acrylic Vacuum Glove Boxes, let's establish the fundamental concept behind these specialized enclosures. A glove box is a sealed container with built-in gloves, typically made of acrylic, that allows operators to manipulate objects or substances in a controlled environment. When combined with a vacuum system, the Acrylic Vacuum Glove Box ensures even greater control over the environment, making it ideal for tasks that demand precision, cleanliness, and containment.
The Need for Precision and Containment

In various industries and research fields, tasks requiring precise control and contamination prevention include:
1. Scientific Research: Laboratories utilize Acrylic Vacuum Glove Boxes for experiments involving sensitive materials, such as chemicals or biological samples.
2. Advanced Manufacturing: Industries like electronics, aerospace, and pharmaceuticals employ these boxes for manufacturing components that demand contamination-free conditions.
3. Nuclear Research: Radioactive materials and isotopes are safely handled within glove boxes to minimize radiation exposure.
4. Pharmaceuticals: Drug formulation and handling of potent compounds require controlled environments to prevent cross-contamination.
5. Semiconductor Fabrication: In cleanroom environments, Acrylic Vacuum Glove Boxes ensure the utmost cleanliness and precision.

Acrylic Vacuum Glove Box Components

Key components of Acrylic Vacuum Glove Boxes include:
1. Acrylic Enclosure: The transparent acrylic walls provide visibility while maintaining a sealed environment.
2. Gloves: Built-in gloves allow operators to interact with materials inside the box without breaking containment.
3. Vacuum System: The vacuum pump maintains low pressure within the box, removing contaminants and preventing leaks.
4. Gas Purification System: Some systems feature gas purification to maintain a clean and controlled atmosphere.
5. Pressure Controls: Operators can adjust the pressure inside the box to meet specific requirements.
6. Access Ports: Ports allow for the introduction of materials, instruments, or samples without exposing the entire enclosure.

Additional Information:

• Item Code: BET-006-BT
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Vacuum Glove Box

A vacuum glove box is a specialized containment system used in various industries to manipulate and work with materials in a controlled environment with low levels of oxygen and moisture. This comprehensive guide explores the principles, applications, benefits, and considerations associated with vacuum glove boxes.

Burhani Engineering Technology Manufactures and offers worldwide researchers with a wide range of vacuum glove box workstations ready to use that can be equipped with optional features as per the requirement. Industrial Labs, Colleges and Universities uses Burhani Engineering Technology glove boxes for the development and research of emerging technologies in the field of Chemical ,OLED, PLED, Welding, Lithium Batteries and many more. Burhani Engineering Technology is a state of art technology glovebox model. We provide high capacity purifier and sealing technology . There are minimum point of leakages using all weld stainless steeldesign. It allows easy and fast initial setup. Our unique seals enables low leakage rates in the glove box(<0.001 vol%/h). The Glovebox can be easily custom made to your research needs.

Introduction to Vacuum Glove Boxes

Certain processes and materials require precise control of environmental conditions to ensure product quality, safety, and research accuracy. A vacuum glove box provides a controlled atmosphere within an enclosed chamber, enabling operators to handle substances under reduced oxygen and moisture levels. This controlled environment prevents contamination and oxidation, making it a valuable tool in research, manufacturing, and testing.

Principles of Vacuum Glove Boxes:

A vacuum glove box consists of an airtight chamber equipped with gloves that allow operators to interact with the materials inside while maintaining the controlled atmosphere. The glove box is connected to a vacuum system that removes air and moisture from the chamber, creating a low-pressure environment. An inert gas, such as nitrogen or argon, is introduced to replace the removed air, resulting in a controlled atmosphere suitable for sensitive operations.

Specifications of Glove Box

1. The Glove Box is available in Full Acrylic, Stainless Steel with Poly carbonate Enclosure and Mild Steel with polycarbonate Enclosure.
2. Bench top and Modular Design with extension facility.
3. Oxygen and Moisture can be removed up to less than < 1ppm
4. Display of Oxygen, Moisture and Vacuum Level on Burhani Engineering Technology Touch Screen
5. Large 7 inch Touch Screen with PLC Controller
6. Purification and regeneration in close loop recirculation system
7. Antechamber on request with sliding trays
8. Optional Live monitoring facility
9. Safety feature and control features
10. low leakage rate
11. low moisture and oxygen content
12. Ergonomic
13. Accurate moisture and Oxygen Detection
14. Process Efficient
15. Fast and Slow Purge features available

Additional Information:

• Item Code: BET-005-B
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

Vacuum Glove Box

A vacuum glove box is a specialized containment system used in various industries to manipulate and work with materials in a controlled environment with low levels of oxygen and moisture. This comprehensive guide explores the principles, applications, benefits, and considerations associated with vacuum glove boxes.

Burhani Engineering Technology Manufactures and offers worldwide researchers with a wide range of vacuum glove box workstations ready to use that can be equipped with optional features as per the requirement. Industrial Labs, Colleges and Universities uses Burhani Engineering Technology glove boxes for the development and research of emerging technologies in the field of Chemical ,OLED, PLED, Welding, Lithium Batteries and many more. Burhani Engineering Technology is a state of art technology glovebox model. We provide high capacity purifier and sealing technology . There are minimum point of leakages using all weld stainless steeldesign. It allows easy and fast initial setup. Our unique seals enables low leakage rates in the glove box(<0.001 vol%/h). The Glovebox can be easily custom made to your research needs.

Principles of Vacuum Glove Boxes:

A vacuum glove box consists of an airtight chamber equipped with gloves that allow operators to interact with the materials inside while maintaining the controlled atmosphere. The glove box is connected to a vacuum system that removes air and moisture from the chamber, creating a low-pressure environment. An inert gas, such as nitrogen or argon, is introduced to replace the removed air, resulting in a controlled atmosphere suitable for sensitive operations.

Specifications of Glove Box

1. The Glove Box is available in Full Acrylic, Stainless Steel with Poly carbonate Enclosure and Mild Steel with polycarbonate Enclosure.
2. Bench top and Modular Design with extension facility.
3. Oxygen and Moisture can be removed up to less than < 1ppm
4. Display of Oxygen, Moisture and Vacuum Level on Burhani Engineering Technology Touch Screen
5. Large 7 inch Touch Screen with PLC Controller
6. Purification and regeneration in close loop recirculation system
7. Antechamber on request with sliding trays
8. Optional Live monitoring facility
9. Safety feature and control features
10. low leakage rate
11. low moisture and oxygen content
12. Ergonomic
13. Accurate moisture and Oxygen Detection
14. Process Efficient
15. Fast and Slow Purge features available

Product Catogories

• Acrylic Vacuum Glove Box
• Vacuum Glove Box Metal Body

 

Applications of Vacuum Glove Boxes:

1. Chemical Research: Vacuum glove boxes are used in chemical laboratories to handle air-sensitive and moisture-sensitive reagents, ensuring accurate reactions and minimizing unwanted reactions.
2. Electronics Manufacturing: In the electronics industry, vacuum glove boxes are used for assembling components and devices that require a controlled environment to prevent oxidation and contamination.
3. Battery Research: Research and development of batteries, especially lithium-ion batteries, often require vacuum glove boxes to prevent exposure to moisture and oxygen, which can affect battery performance.
4. Pharmaceuticals: Vacuum glove boxes are used in pharmaceutical research and production to handle sensitive compounds and maintain the purity of active ingredients.
5. Nanotechnology: In nanotechnology applications, vacuum glove boxes provide a controlled environment for handling nanomaterials and performing precise manipulations.

Additional Information:

• Item Code: BET-002-B
• Production Capacity: 100%
• Delivery Time: Ready In Stock
• Packaging Details: Customized Packing

An Inert Atmosphere Glove Box is a sealed environment designed to handle sensitive materials or processes that require an atmosphere free from contaminants like oxygen, moisture, or reactive gases. These glove boxes are often used in scientific and industrial applications such as chemistry, materials science, and electronics manufacturing.

The primary feature of an inert atmosphere glove box is its ability to maintain a controlled, non-reactive environment, typically using gases like nitrogen (N2) or argon (Ar). These gases are chosen because they are inert and do not react with sensitive substances inside the box. To achieve this, the glove box is usually equipped with a gas purification system that removes traces of oxygen and moisture from the enclosed space. This is essential in preventing oxidation, hydrolysis, or other chemical reactions that could alter the properties of the materials being handled.

The structure of a glove box typically includes a clear acrylic or polycarbonate window, allowing the user to see inside while keeping the contents sealed. Gloves are integrated into the sides of the box, allowing the user to manipulate materials inside the box without ever having to open it and expose the environment to air. The box may also feature additional ports for introducing or removing materials, as well as connections for vacuum pumps, gas regulators, and atmosphere monitoring systems.

Inert atmosphere glove boxes are crucial for handling air-sensitive compounds, including organometallics, highly reactive chemicals, or certain pharmaceutical products. They are also used in battery research, particularly for lithium-ion and other advanced battery technologies, where moisture or oxygen contamination could degrade performance or cause dangerous reactions. By maintaining a controlled, inert atmosphere, these glove boxes enable experiments and production processes that would otherwise be impossible in an open air environment.

Delivery available at Delhi, Mumbai, Bengaluru, Hyderabad, Chennai, Pune, Kolkata, Ahmedabad, Gurugram, Thane, Noida, Jaipur, Vadodara, Surat, Kochi, Guwahati, Ludhiana, Kanpur, Madurai, Jabalpur, Akola, Kalyan, Kollam, Vijayawada, Bhopal, Belagavi, Jalgaon, Hosur, Vasai

 

Iraq, Indonesia, Vietnam, Kuwait, Brazil, New Zealand, Mongolia, Albania, Uganda, Uzbekistan, Germany , Angola, Hungary, Morocco, Slovenia, Zambia, Oman, South Africa, Malaysia, United Arab Emirates, Singapore, Australia, Ethiopia, Serbia, Botswana, Thailand, Bangladesh, Sri Lanka, Tanzania, Saudi Arabia, Algeria, Kenya, Egypt, United States of America

Additional Information:

• Item Code: BHIAGB
• Production Capacity: 100
• Delivery Time: ready to stock
• Packaging Details: wooden packing