Vacuum Chamber for Testing

VACUUM DEGASSING CHAMBER
Vacuum degassing is the process of using vacuum to remove gases from compounds which become entrapped in the mixture when mixing the components. To assure a bubble-free mold when mixing resin and silicone rubbers and slower-setting harder resins, a vacuum chamber is required. A small vacuum chamber is needed to eliminate air bubbles for materials prior to their setting. The process is fairly straightforward. The casting or moulding material is mixed according to the manufacturers directions.
-Product Features of the Chamber
-Stainless steel chamber for long-term air-tightness performance.
-Burhani Vacuum chamber has a rounded edge at the top, for the protection of silicone gasket.
-Vacuum gauge is assembled on a separate port, so that the reading remains accurate even while pumping/venting the chamber. --Gauge reading in both in Hg and Mpa.
-All kits are vacuum tested for 24 hours before packaging. (leakage less than 2.0 inHg at 24 hours)
-Two-sided flippable vacuum gasket for better durability and reliability.
-The gasket is chemically resistant to butane and other solvents.
- 25 mm thickness Acrylic lid for long life and clear visibility.
-Strong elastic food grade silicone vacuum hose can connect/disconnect easily with the pump/chamber.
-50um air filter on the vent valve to reduce air flow and prevent any dust/powder flowing into the chamber.
-Easy to install and low-cost to maintain the chamber can be assembled in 5 minutes.
-45 day complimentary warranty and life-long parts support.
*Product Specs & Part List of the Chamber
*Vacuum Chamber stainless steel
*Lid Acrylic Vacuum Gasket silicone, resistant to Butane and other solvents.
*Vacuum Gauge Assembly 0.5 inHg accuracy.
*Valve Assembly very high quality air-tight brass valves, with 50um filter on vent port
*Vacuum Hose 3.3' / 1 meter food grade collapse-proof silicone hose, 3mm wall thickness (8mm I.D, 14mm O.D).
*Vacuum Pump Adapter 3/8" hose barb to 1/4 SAE flare port.

• Item Code: BHF2525
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 piece/month
• Delivery Time: Ready Stocks
• Packaging Details: Wooden Packing With Fumigation

Reliability and PerformanceBHF Pyrolysis Plant Has life Span of About More Than 20 Years. The distribution of products between liquid, char, and gas on a weight basis for pyrolysis is approximately 75%, 12%, and 13% respectively, Under these conditions bio-oil yields of liquid, char, and gasRecognition

The Department of Energys Office of Energy Efficiency and Renewable Energy  invests in a diverse portfolio of energy technologies to achieve a stronger economy, a cleaner environment, and a secure energy future
The office works with industrial partners, national laboratories, and other stakeholders to develop the technologies and systems needed to cost-effectively turn our abundant, domestic biomass resources into clean, affordable bioenergy

Modern Facility

Our modern In-House Manufacturing Facilities with Designing & Engineering, Manufacturing and Testing of Products ensure Highest Product Quality Standards. Our Manufacturing Techniques ensures efficient and time saving method of manufacturing to meet customer requirement on shorter lead time

Our State-of-the-Art Manufacturing Facilities are based in India

• Item Code: BHFRPP06
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden Packing With Fumigation

The BHFTECH vacuum box has been designed for the operators
according to API 650/653 recommendations. Bubble leak or vacuum box testing is an integral part of tank inspections as required by the American Petroleum Institute (API) and other international standards associations to establish the condition of tank bottom plate welds and shell-to-bottom plate welds

 

Features

Designed to API 650/653 recommendations

750 mm (29.53 in) weld inspection length, improves inspection times and reduces operator fatigue

Integrated LED lights provide the required light intensity as specified by API and ASME inspection standards

Screen glare and shadows from external light sources are eliminated

Calibrated vacuum relief valve ensures the correct vacuum is generated, too high a vacuum can damage the vacuum box and cause injury to the operator

Superior build quality with robust cast aluminum body

Two-stage seal design to improve initial vacuum, especially on large lap welds

Electric vacuum pump or compressor driven

• Item Code: BHFVLTB05
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stock
• Packaging Details: Wooden Packing with Fumigation

vacuum impregnation may be employed for as a technique for the application of edible film and coating, in order to produce functional food using physiologically active raw materials. Production of novel functional food with the application of vacuum impregnation facilitates the introduction of e.g., probiotics, vitamins, biologically active compounds and minerals to the fruit and vegetable matrix.

 
Literature data mainly concern the kinetics of matrix fortification, potential use of certain active compounds, interactions between tissue and the introduced compound as well as the effect of additives on the rate of respiration processes and potential protection of products against spoilage.Apple slices cv.Granny Smith Introduced into Vacuum Chamber Hydrodynamic Mechanism (HDM) Vacuum Chamber at  p1=5 KPA Time period t1=10 min sucrose isotonic solutions with an addition of calcium lactate (44.2g/L) or ferrous gluconate (1.13 g/L) Deformation Relaxation Phenomenon(DRP) Vacuum Chamber at atmospheric pressure Time period t2=10 min after vacuum impregnation: fruits enriched with Ca2+ and Fe2+ ions respectively.

• Item Code: BHIH10
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 piece/month
• Delivery Time: Ready Stock
• Packaging Details: Wooden Packing With Fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4″ vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4″ SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap.

3)A separate tube will then leave the resin trap and connect to the vacuum pump.

• Item Code: BHFVICP03
• Production Capacity: 100 Pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden Packing with Fumigation

Vacuum impregnation is a non-destructive method of introducing a solution with a specific composition to the porous matrices of fruit and vegetables. Mass transfer in this process is a result of mechanically induced differences in pressure. Vacuum impregnation makes it possible to fill large volumes of intercellular spaces in tissues of fruit and vegetables, thus modifying physico-chemical properties and sensory attributes of products. This method may be used, e.g., to reduce pH and water activity of the product, change its thermal properties, improve texture, color, taste and aroma. Additionally, bioactive compounds may be introduced together with impregnating solutions, thus improving health-promoting properties of the product or facilitating production of functional food.

Mushrooms cut in half Introduced into Vacuum Chamber Hydrodynamic Mechanism (HDM) Vacuum Chamber at  20 and 40 KPA Time  5 minutes Lactic Acid Solution (ph3.05) is pumped into vacuum Chamber Deformation Relaxation Phenomenon(DRP) Vacuum Chamber at atmospheric pressureTime t2 20, 40, 60, 120, 240, 300, 360 and 720 min Increase of the acidification degree in mushroom.

• Item Code: BHPH26
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 pieces/month
• Delivery Time: Ready Stock
• Packaging Details: Wooden Packing With Fumigation

Vacuum impregnation is a non-destructive method of introducing a solution with a specific composition to the porous matrices of fruit and vegetables. Mass transfer in this process is a result of mechanically induced differences in pressure. Vacuum impregnation makes it possible to fill large volumes of intercellular spaces in tissues of fruit and vegetables, thus modifying physico-chemical properties and sensory attributes of products. This method may be used, e.g., to reduce pH and water activity of the product, change its thermal properties, improve texture, color, taste and aroma. Additionally, bioactivecompounds may be introduced together with impregnating solutions, thus improving health-promoting properties of the product or facilitating production of functional food.

strawberry Hydrodynamic Mechanism (HDM) Vacuum Chamber at p1= 86 kPa Time t1= 5 minutes 12 g/100 g trehalose solution; 0.2 g/100 g solution unpasteurized cold acclimated winter wheat grass extract as a source of AFP and 12 g/100 g trehalose and 0.2 g/100 g unpasteurized cold acclimated winter wheat grass extract Deformation Relaxation Phenomenon(DRP)

Vacuum Chamber at atmospheric pressure improvement of freezing tolerance of strawberry.

 

vacuum impregnation may be employed for as a technique for the application of edible film and coating, in order to produce functional food using physiologically active raw materials. Production of novel functional food with the application of vacuum impregnation facilitates the introduction of e.g., probiotics, vitamins, biologically active compounds and minerals to the fruit and vegetable matrix. Literature data mainly concern the kinetics of matrix fortification, potential use of certain active compounds, interactions between tissue and the introduced compound as well as the effect of additives on the rate of respiration processes and potential protection of products against spoilage.

fresh-cut applescv. Fuji Introduced into Vacuum Chamber Hydrodynamic Mechanism (HDM) Vacuum Chamber at p1=13.3 KPA Time period t1=15 min 20% diluted high fructose corn syrup (HFCS) or 1% calcium caseinate (CC) aqueous solution with an addition of 0.4%  tocopherol acetate, 7.5% Gluconal Cal (GC), and 0.04% zinc lactate (ZL) Deformation Relaxation Phenomenon(DRP) Vacuum Chamber at atmospheric pressure Time period t2=30 min In 100 g fresh-cut apples the vitamin E content increased more than 100 times, and calcium and zinc contents increased about 20 times compared with unfortified apples.

Vacuum impregnation is a non-destructive method of introducing a solution with

a specific composition to the porous matrices of fruit and vegetables. Mass transfer in this

process is a result of mechanically induced differences in pressure. Vacuum impregnation

makes it possible to fill large volumes of intercellular spaces in tissues of fruit and

vegetables, thus modifying physico-chemical properties and sensory attributes of products.

This method may be used, e.g., to reduce pH and water activity of the product, change

its thermal properties, improve texture, color, taste and aroma. Additionally, bioactive

compounds may be introduced together with impregnating solutions, thus improving

health-promoting properties of the product or facilitating production of functional food.

spinach (rectangular 3.0 cm long, 0.5 cm wide and 0.06 cm thick)

Hydrodynamic Mechanism (HDM)

 

Vacuum Chamber at  86 KPA

 

Time  20 minutes

 

 

40% (w/w) trehalose solution is pumped into vacuum Chamber

Deformation Relaxation Phenomenon(DRP) Vacuum Chamber at atmospheric pressure Time  t2 150 min

 

 

 

improvement of freezing

 

tolerance of spinach leaves

• Item Code: BHPH29
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 pieces/month
• Delivery Time: Ready Stock
• Packaging Details: Wooden Packing With Fumigation

Vacuum impregnation is a non-destructive method of introducing a solution with a specific composition to the porous matrices of fruit and vegetables. Mass transfer in this process is a result of mechanically induced differences in pressure. Vacuum impregnation makes it possible to fill large volumes of intercellular spaces in tissues of fruit and vegetables, thus modifying physico-chemical properties and sensory attributes of products. This method may be used, e.g., to reduce pH and water activity of the product, change its thermal properties, improve texture, color, taste and aroma. Additionally, bioactive compounds may be introduced together with impregnating solutions, thus improving health-promoting properties of the product or facilitating production of functional food.

zucchini (slices 0.5-cm thick) Hydrodynamic Mechanism (HDM) Vacuum Chamber at  2.5 kPa Time t1= 10 minutes product:solution ratio of 1:3.3; maltodextrine solution (7.5%9%, 10%), NaCl (0%5%) and CaCl2 (01000 mM) Deformation Relaxation Phenomenon(DRP) Vacuum Chamber at atmospheric pressure Time t2= 30 minutes improvement of solute and water gain and limitation of textural and microstructural changes.

• Item Code: BHPH24
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stock
• Packaging Details: Wooden Packing With Fumigation

Vacuum impregnation is a non-destructive method of introducing a solution with a specific composition to the porous matrices of fruit and vegetables. Mass transfer in this process is a result of mechanically induced differences in pressure. Vacuum impregnation makes it possible to fill large volumes of intercellular spaces in tissues of fruit and vegetables, thus modifying physico-chemical properties and sensory attributes of products. This method may be used, e.g., to reduce pH and water activity of the product, change its thermal properties, improve texture, color, taste and aroma. Additionally, bioactive compounds may be introduced together with impregnating solutions, thus improving health-promoting properties of the product or facilitating production of functional food.

watercress (leaves were selected diameter 1.4 cm) Hydrodynamic Mechanism (HDM) Vacuum Chamber at p1= 51, 58, 68, 85 and 101 kPa Time t1= 5 minutes winter flounder antifreeze protein type I solution (1 mg/100 mL AFP-I ultra pure water) Deformation Relaxation Phenomenon(DRP)

Vacuum Chamber at atmospheric pressure smaller ice crystals in AFP-I impregnated (58 kPa, for 5 min) frozen samples.

• Item Code: BHPH23
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden Packing With Fumigations

vacuum impregnation may be employed for as a technique for the application of edible film and coating, in order to produce functional food using physiologically active raw materials. Production of novel functional food with the application of vacuum impregnation facilitates the introduction of e.g., probiotics, vitamins, biologically active compounds and minerals to the fruit and vegetable matrix. Literature data mainly concern the kinetics of matrix fortification, potential use of certain active compounds, interactions between tissue and the introduced compound as well as the effect of additives on the rate of respiration processes and potential protection of products against spoilage.

Apple slices cv.Granny Smith Introduced into Vacuum Chamber

Hydrodynamic Mechanism (HDM) Vacuum Chamber at  p1=5 KPA

Time period t1=10 min Isotonic aqueous solution containing sucrose (aw 0.986) and calcium lactate OD in osmotic solution with an addition of 1% calcium salt Deformation Relaxation Phenomenon(DRP) Vacuum Chamber at atmospheric pressure Time period t2=10 min An increase in calcium content from 0% to 40% of the recommended daily intake for an adult per 200 g of apples.Vacuum Impregnation Machine To Modify Health-promoting Properties Of Apple Slices (sucrose)

• Item Code: BHIH11
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 piece/month
• Delivery Time: Ready Stocks
• Packaging Details: Wooden Packing With Fumigation

vacuum impregnation may be employed for as a technique for the application of edible film and coating, in order to produce functional food using physiologically active raw materials. Production of novel functional food with the application of vacuum impregnation facilitates the introduction of e.g., probiotics, vitamins, biologically active compounds and minerals to the fruit and vegetable matrix. Literature data mainly concern the kinetics of matrix fortification, potential use of certain active compounds, interactions between tissue and the introduced compound as well as the effect of additives on the rate of respiration processes and potential protection of products against spoilage.Eggplant fruits and orange peel Introduced into Vacuum ChamberHydrodynamic Mechanism (HDM) Vacuum Chamber at  p1=5KPA Time period t1=15 min isotonic solution of sucrose, iron gluconate and calcium lactate Deformation Relaxation Phenomenon(DRP) Vacuum Chamber at atmospheric pressure Time period t2=15 min a mathematical model to determine the concentration of active components in impregnation solution was established in order to formulate functional food with different calcium and iron salts levelsa.

• Item Code: BHIH08
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 piece/month
• Delivery Time: Ready Stocks
• Packaging Details: Wooden Packing With Fumigation

Our modern In-House Manufacturing Facilities with Designing & Engineering, Manufacturing and Testing of Products ensure Highest Product Quality Standards. Our Manufacturing Techniques ensures efficient and time saving method of manufacturing to meet customer requirement on shorter lead time Our State-of-the-Art Manufacturing Facilities are based in India We has developed numerous ranges of Pyrolysis Plant for Diesel And Petrol from Plastic waste in India and Export : Use of proven technologies, high quality craftsmanship and low Total Cost of Ownership. 1TPD, 3TPD, 5TPD, 6TPD,10 TPD,12TPD,15TPD and 30TPD. All BHF Plants implement Powerful SCADA system for safety and Reliability

Reliability and PerformanceBHF Pyrolysis Plant Has life Span of About More Than 20 Years. The distribution of products between liquid, char, and gas on a weight basis for pyrolysis is approximately 75%, 12%, and 13% respectively, Under these conditions bio-oil yields of liquid, char, and gasRecognition

The Department of Energy’s Office of Energy Efficiency and Renewable Energy  invests in a diverse portfolio of energy technologies to achieve a stronger economy, a cleaner environment, and a secure energy future
The office works with industrial partners, national laboratories, and other stakeholders to develop the technologies and systems needed to cost-effectively turn our abundant, domestic biomass resources into clean, affordable bioenergy

Modern Facility

Our modern In-House Manufacturing Facilities with Designing & Engineering, Manufacturing and Testing of Products ensure Highest Product Quality Standards. Our Manufacturing Techniques ensures efficient and time saving method of manufacturing to meet customer requirement on shorter lead time

Our State-of-the-Art Manufacturing Facilities are based in India

• Item Code: BHFRPP11
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stock
• Packaging Details: wooden packing with fumigation

Reliability and PerformanceBHF Pyrolysis Plant Has life Span of About More Than 20 Years. The distribution of products between liquid, char, and gas on a weight basis for pyrolysis is approximately 75%, 12%, and 13% respectively, Under these conditions bio-oil yields of liquid, char, and gasRecognition

The Department of Energys Office of Energy Efficiency and Renewable Energy  invests in a diverse portfolio of energy technologies to achieve a stronger economy, a cleaner environment, and a secure energy future
The office works with industrial partners, national laboratories, and other stakeholders to develop the technologies and systems needed to cost-effectively turn our abundant, domestic biomass resources into clean, affordable bioenergy

Modern Facility

Our modern In-House Manufacturing Facilities with Designing & Engineering, Manufacturing and Testing of Products ensure Highest Product Quality Standards. Our Manufacturing Techniques ensures efficient and time saving method of manufacturing to meet customer requirement on shorter lead time

Our State-of-the-Art Manufacturing Facilities are based in India

• Item Code: BHFRPP13
• Production Capacity: 100 Pieces/month
• Delivery Time: Ready stock
• Packaging Details: Wooden Packing With Fumigation

Vacuum impregnation is a non-destructive method of introducing a solution with a specific composition to the porous matrices of fruit and vegetables. Mass transfer in this process is a result of mechanically induced differences in pressure. Vacuum impregnation makes it possible to fill large volumes of intercellular spaces in tissues of fruit and vegetables, thus modifying physico-chemical properties and sensory attributes of products. This method may be used, e.g., to reduce pH and water activity of the product, change its thermal properties, improve texture, color, taste and aroma. Additionally, bioactive compounds may be introduced together with impregnating solutions, thus improving health-promoting properties of the product or facilitating production of functional food.Plum (cut in slices of 4 × 1 × 1 cm, weighting approximately 10 g) Hydrodynamic Mechanism (HDM) Vacuum Chamber at  20 and 40 KPA Time  10 minutes 40, 50 and 60 Brix sucrose solution is pumped into vacuum Chamber Deformation Relaxation Phenomenon(DRP)Vacuum Chamber at atmospheric pressure Time  t2 0 to 5 min new product with good visual quality and satisfactory shrinkage

• Item Code: BHPH28
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 pieces/month
• Delivery Time: Ready Stock
• Packaging Details: Wooden Packing With Fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4″ vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4″ SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap.

3)A separate tube will then leave the resin trap and connect to the vacuum pump.

• Item Code: BHFVICP06
• Production Capacity: 100 pieces/month
• Delivery Time: Ready Stocks
• Packaging Details: Wooden packing with fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4″ vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4″ SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap.

3)A separate tube will then leave the resin trap and connect to the vacuum pump.

• Item Code: BHFVICP09
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden packing with fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4″ vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4″ SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap.

3)A separate tube will then leave the resin trap and connect to the vacuum pump.

• Item Code: BHFVICP10
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden packing with fumigation

Reliability and PerformanceBHF Pyrolysis Plant Has life Span of About More Than 20 Years. The distribution of products between liquid, char, and gas on a weight basis for pyrolysis is approximately 75%, 12%, and 13% respectively, Under these conditions bio-oil yields of liquid, char, and gasRecognition

The Department of Energys Office of Energy Efficiency and Renewable Energy  invests in a diverse portfolio of energy technologies to achieve a stronger economy, a cleaner environment, and a secure energy future
The office works with industrial partners, national laboratories, and other stakeholders to develop the technologies and systems needed to cost-effectively turn our abundant, domestic biomass resources into clean, affordable bioenergy

Modern Facility

Our modern In-House Manufacturing Facilities with Designing & Engineering, Manufacturing and Testing of Products ensure Highest Product Quality Standards. Our Manufacturing Techniques ensures efficient and time saving method of manufacturing to meet customer requirement on shorter lead time

Our State-of-the-Art Manufacturing Facilities are based in India

• Item Code: BHFRPP03
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden Packing with Fumigation

Reliability and PerformanceBHF Pyrolysis Plant Has life Span of About More Than 20 Years. The distribution of products between liquid, char, and gas on a weight basis for pyrolysis is approximately 75%, 12%, and 13% respectively, Under these conditions bio-oil yields of liquid, char, and gasRecognition

The Department of Energys Office of Energy Efficiency and Renewable Energy  invests in a diverse portfolio of energy technologies to achieve a stronger economy, a cleaner environment, and a secure energy future
The office works with industrial partners, national laboratories, and other stakeholders to develop the technologies and systems needed to cost-effectively turn our abundant, domestic biomass resources into clean, affordable bioenergy

Modern Facility

Our modern In-House Manufacturing Facilities with Designing & Engineering, Manufacturing and Testing of Products ensure Highest Product Quality Standards. Our Manufacturing Techniques ensures efficient and time saving method of manufacturing to meet customer requirement on shorter lead time

Our State-of-the-Art Manufacturing Facilities are based in India

• Item Code: BHFRPP07
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden Packing with fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4 vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4 SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap

3)A separate tube will then leave the resin trap and connect to the vacuum pump

 

• Item Code: BHFVICP01
• Production Capacity: 100 piece/month
• Delivery Time: Ready Stocks
• Packaging Details: Wooden Packing With Fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4″ vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4″ SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap.

3)A separate tube will then leave the resin trap and connect to the vacuum pump.

• Item Code: BHFVICF08
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden packing with fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4 vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4 SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap.

3)A separate tube will then leave the resin trap and connect to the vacuum pump.

• Item Code: BHFVICP11
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: wooden packing with fumigation

Reliability and PerformanceBHF Pyrolysis Plant Has life Span of About More Than 20 Years. The distribution of products between liquid, char, and gas on a weight basis for pyrolysis is approximately 75%, 12%, and 13% respectively, Under these conditions bio-oil yields of liquid, char, and gasRecognition

The Department of Energys Office of Energy Efficiency and Renewable Energy  invests in a diverse portfolio of energy technologies to achieve a stronger economy, a cleaner environment, and a secure energy future
The office works with industrial partners, national laboratories, and other stakeholders to develop the technologies and systems needed to cost-effectively turn our abundant, domestic biomass resources into clean, affordable bioenergy

Modern Facility

Our modern In-House Manufacturing Facilities with Designing & Engineering, Manufacturing and Testing of Products ensure Highest Product Quality Standards. Our Manufacturing Techniques ensures efficient and time saving method of manufacturing to meet customer requirement on shorter lead time

Our State-of-the-Art Manufacturing Facilities are based in India

• Item Code: BHFRPP12
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stock
• Packaging Details: Wooden Packing With Fumigation

Reliability and PerformanceBHF Pyrolysis Plant Has life Span of About More Than 20 Years. The distribution of products between liquid, char, and gas on a weight basis for pyrolysis is approximately 75%, 12%, and 13% respectively, Under these conditions bio-oil yields of liquid, char, and gasRecognition

The Department of Energys Office of Energy Efficiency and Renewable Energy  invests in a diverse portfolio of energy technologies to achieve a stronger economy, a cleaner environment, and a secure energy future
The office works with industrial partners, national laboratories, and other stakeholders to develop the technologies and systems needed to cost-effectively turn our abundant, domestic biomass resources into clean, affordable bioenergy

Modern Facility

Our modern In-House Manufacturing Facilities with Designing & Engineering, Manufacturing and Testing of Products ensure Highest Product Quality Standards. Our Manufacturing Techniques ensures efficient and time saving method of manufacturing to meet customer requirement on shorter lead time

Our State-of-the-Art Manufacturing Facilities are based in India

• Item Code: BHFRPP04
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stock
• Packaging Details: Wooden Packing With Fumigation

Reliability and PerformanceBHF Pyrolysis Plant Has life Span of About More Than 20 Years. The distribution of products between liquid, char, and gas on a weight basis for pyrolysis is approximately 75%, 12%, and 13% respectively, Under these conditions bio-oil yields of liquid, char, and gasRecognition

The Department of Energys Office of Energy Efficiency and Renewable Energy  invests in a diverse portfolio of energy technologies to achieve a stronger economy, a cleaner environment, and a secure energy future
The office works with industrial partners, national laboratories, and other stakeholders to develop the technologies and systems needed to cost-effectively turn our abundant, domestic biomass resources into clean, affordable bioenergy

Modern Facility

Our modern In-House Manufacturing Facilities with Designing & Engineering, Manufacturing and Testing of Products ensure Highest Product Quality Standards. Our Manufacturing Techniques ensures efficient and time saving method of manufacturing to meet customer requirement on shorter lead time

Our State-of-the-Art Manufacturing Facilities are based in India

• Item Code: BHFRPP09
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stock
• Packaging Details: Wooden packing with fumigation

Vacuum degassing is the process of using vacuum to remove gases from compounds which become entrapped in the mixture when mixing the components. To assure a bubble-free mold when mixing resin and silicone rubbers and slower-setting harder resins, a vacuum chamber is required. A small vacuum chamber is needed to eliminate air bubbles for materials prior to their setting. The process is fairly straightforward. The casting or moulding material is mixed according to the manufacturers directions.
-Product Features of the Chamber
-Stainless steel chamber for long-term air-tightness performance.
-Burhani Vacuum chamber has a rounded edge at the top, for the protection of silicone gasket.
-Vacuum gauge is assembled on a separate port, so that the reading remains accurate even while pumping/venting the chamber. --Gauge reading in both in Hg and Mpa.
-All kits are vacuum tested for 24 hours before packaging. (leakage less than 2.0 inHg at 24 hours)
-Two-sided flippable vacuum gasket for better durability and reliability.
-The gasket is chemically resistant to butane and other solvents.
- 25 mm thickness Acrylic lid for long life and clear visibility.
-Strong elastic food grade silicone vacuum hose can connect/disconnect easily with the pump/chamber.
-50um air filter on the vent valve to reduce air flow and prevent any dust/powder flowing into the chamber.
-Easy to install and low-cost to maintain the chamber can be assembled in 5 minutes.
-45 day complimentary warranty and life-long parts support.
*Product Specs & Part List of the Chamber
*Vacuum Chamber stainless steel
*Lid Acrylic Vacuum Gasket silicone, resistant to Butane and other solvents.
*Vacuum Gauge Assembly 0.5 inHg accuracy.
*Valve Assembly very high quality air-tight brass valves, with 50um filter on vent port
*Vacuum Hose 3.3  / 1 meter food grade collapse-proof silicone hose, 3mm wall thickness (8mm I.D, 14mm O.D).
*Vacuum Pump Adapter 3/8" hose barb to 1/4 SAE flare port.

VACUUM DEGASSING CHAMBER
Vacuum degassing is the process of using vacuum to remove gases from compounds which become entrapped in the mixture when mixing the components. To assure a bubble-free mold when mixing resin and silicone rubbers and slower-setting harder resins, a vacuum chamber is required. A small vacuum chamber is needed to eliminate air bubbles for materials prior to their setting. The process is fairly straightforward. The casting or moulding material is mixed according to the manufacturers directions.
-Product Features of the Chamber
-Stainless steel chamber for long-term air-tightness performance.
-Burhani Vacuum chamber has a rounded edge at the top, for the protection of silicone gasket.
-Vacuum gauge is assembled on a separate port, so that the reading remains accurate even while pumping/venting the chamber. --Gauge reading in both in Hg and Mpa.
-All kits are vacuum tested for 24 hours before packaging. (leakage less than 2.0 inHg at 24 hours)
-Two-sided flippable vacuum gasket for better durability and reliability.
-The gasket is chemically resistant to butane and other solvents.
- 25 mm thickness Acrylic lid for long life and clear visibility.
-Strong elastic food grade silicone vacuum hose can connect/disconnect easily with the pump/chamber.
-50um air filter on the vent valve to reduce air flow and prevent any dust/powder flowing into the chamber.
-Easy to install and low-cost to maintain the chamber can be assembled in 5 minutes.
-45 day complimentary warranty and life-long parts support.
*Product Specs & Part List of the Chamber
*Vacuum Chamber stainless steel
*Lid Acrylic Vacuum Gasket silicone, resistant to Butane and other solvents.
*Vacuum Gauge Assembly 0.5 inHg accuracy.
*Valve Assembly very high quality air-tight brass valves, with 50um filter on vent port
*Vacuum Hose 3.3 / 1 meter food grade collapse-proof silicone hose, 3mm wall thickness (8mm I.D, 14mm O.D).
*Vacuum Pump Adapter 3/8" hose barb to 1/4 SAE flare port.

• Item Code: BHF3045
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 piece/month
• Delivery Time: Ready Stocks
• Packaging Details: Wooden Packing With Fumigation

VACUUM DEGASSING CHAMBER
Vacuum degassing is the process of using vacuum to remove gases from compounds which become entrapped in the mixture when mixing the components. To assure a bubble-free mold when mixing resin and silicone rubbers and slower-setting harder resins, a vacuum chamber is required. A small vacuum chamber is needed to eliminate air bubbles for materials prior to their setting. The process is fairly straightforward. The casting or moulding material is mixed according to the manufacturers directions.
-Product Features of the Chamber
-Stainless steel chamber for long-term air-tightness performance.
-Burhani Vacuum chamber has a rounded edge at the top, for the protection of silicone gasket.
-Vacuum gauge is assembled on a separate port, so that the reading remains accurate even while pumping/venting the chamber. --Gauge reading in both in Hg and Mpa.
-All kits are vacuum tested for 24 hours before packaging. (leakage less than 2.0 inHg at 24 hours)
-Two-sided flippable vacuum gasket for better durability and reliability.
-The gasket is chemically resistant to butane and other solvents.
- 25 mm thickness Acrylic lid for long life and clear visibility.
-Strong elastic food grade silicone vacuum hose can connect/disconnect easily with the pump/chamber.
-50um air filter on the vent valve to reduce air flow and prevent any dust/powder flowing into the chamber.
-Easy to install and low-cost to maintain the chamber can be assembled in 5 minutes.
-45 day complimentary warranty and life-long parts support.
*Product Specs & Part List of the Chamber
*Vacuum Chamber stainless steel
*Lid Acrylic Vacuum Gasket silicone, resistant to Butane and other solvents.
*Vacuum Gauge Assembly 0.5 inHg accuracy.
*Valve Assembly very high quality air-tight brass valves, with 50um filter on vent port
*Vacuum Hose 3.3 / 1 meter food grade collapse-proof silicone hose, 3mm wall thickness (8mm I.D, 14mm O.D).
*Vacuum Pump Adapter 3/8" hose barb to 1/4 SAE flare port.

VACUUM DEGASSING CHAMBER
Vacuum degassing is the process of using vacuum to remove gases from compounds which become entrapped in the mixture when mixing the components. To assure a bubble-free mold when mixing resin and silicone rubbers and slower-setting harder resins, a vacuum chamber is required. A small vacuum chamber is needed to eliminate air bubbles for materials prior to their setting. The process is fairly straightforward. The casting or moulding material is mixed according to the manufacturers directions.
-Product Features of the Chamber
-Stainless steel chamber for long-term air-tightness performance.
-Burhani Vacuum chamber has a rounded edge at the top, for the protection of silicone gasket.
-Vacuum gauge is assembled on a separate port, so that the reading remains accurate even while pumping/venting the chamber. --Gauge reading in both in Hg and Mpa.
-All kits are vacuum tested for 24 hours before packaging. (leakage less than 2.0 inHg at 24 hours)
-Two-sided flippable vacuum gasket for better durability and reliability.
-The gasket is chemically resistant to butane and other solvents.
- 25 mm thickness Acrylic lid for long life and clear visibility.
-Strong elastic food grade silicone vacuum hose can connect/disconnect easily with the pump/chamber.
-50um air filter on the vent valve to reduce air flow and prevent any dust/powder flowing into the chamber.
-Easy to install and low-cost to maintain the chamber can be assembled in 5 minutes.
-45 day complimentary warranty and life-long parts support.
*Product Specs & Part List of the Chamber
*Vacuum Chamber stainless steel
*Lid Acrylic Vacuum Gasket silicone, resistant to Butane and other solvents.
*Vacuum Gauge Assembly 0.5 inHg accuracy.
*Valve Assembly very high quality air-tight brass valves, with 50um filter on vent port
*Vacuum Hose 3.3' / 1 meter food grade collapse-proof silicone hose, 3mm wall thickness (8mm I.D, 14mm O.D).
*Vacuum Pump Adapter 3/8" hose barb to 1/4 SAE flare port.

VACUUM DEGASSING CHAMBER
Vacuum degassing is the process of using vacuum to remove gases from compounds which become entrapped in the mixture when mixing the components. To assure a bubble-free mold when mixing resin and silicone rubbers and slower-setting harder resins, a vacuum chamber is required. A small vacuum chamber is needed to eliminate air bubbles for materials prior to their setting. The process is fairly straightforward. The casting or moulding material is mixed according to the manufacturers directions.
-Product Features of the Chamber
-Stainless steel chamber for long-term air-tightness performance.
-Burhani Vacuum chamber has a rounded edge at the top, for the protection of silicone gasket.
-Vacuum gauge is assembled on a separate port, so that the reading remains accurate even while pumping/venting the chamber. --Gauge reading in both in Hg and Mpa.
-All kits are vacuum tested for 24 hours before packaging. (leakage less than 2.0 inHg at 24 hours)
-Two-sided flippable vacuum gasket for better durability and reliability.
-The gasket is chemically resistant to butane and other solvents.
- 25 mm thickness Acrylic lid for long life and clear visibility.
-Strong elastic food grade silicone vacuum hose can connect/disconnect easily with the pump/chamber.
-50um air filter on the vent valve to reduce air flow and prevent any dust/powder flowing into the chamber.
-Easy to install and low-cost to maintain the chamber can be assembled in 5 minutes.
-45 day complimentary warranty and life-long parts support.
*Product Specs & Part List of the Chamber
*Vacuum Chamber stainless steel
*Lid Acrylic Vacuum Gasket silicone, resistant to Butane and other solvents.
*Vacuum Gauge Assembly 0.5 inHg accuracy.
*Valve Assembly very high quality air-tight brass valves, with 50um filter on vent port
*Vacuum Hose 3.3' / 1 meter food grade collapse-proof silicone hose, 3mm wall thickness (8mm I.D, 14mm O.D).
*Vacuum Pump Adapter 3/8" hose barb to 1/4 SAE flare port.
Text on Image : Frolissiouatl VHuIE Icging luttnlier Z6 Callon Iesin InLrg Frulessiomat [ Dzussiug (hauubcr For Resin Pvofessional Professional 8.5 Resin 32 Arowan Resiu 21 Ylicig LC LAtlne Vacuutu Degassing (hambver Gallo Vacuutne For Litres Degassing G (hamuber Gallon euar- liatel Litren Tor

• Item Code: BHF2540
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 piece/month
• Delivery Time: Ready Stock
• Packaging Details: Wooden Packing With Fumigation

Heated Vacuum degassing is the process of using vacuum to remove gases from compounds which become entrapped in the mixture when mixing the components. To assure a bubble-free mold when mixing resin and silicone rubbers and slower-setting harder resins, a vacuum chamber is required. A small vacuum chamber is needed to eliminate air bubbles for materials prior to their setting. The process is fairly straightforward. The casting or moulding material is mixed according to the manufacturers directions.

 

• Item Code: HVC01
• Production Capacity: 100 pieces Per month
• Delivery Time: Ready Stock
• Packaging Details: Wooden Packing with Fumigation

We are engaged in offering of Vacuum Chamber for Testing made up of stainless steel is used to manufacture the chamber and helium leak tests are conducted on these chambers for quality assurance. These chambers include three ports, two ball valves, vacuum gauge, and a hinged lid.Specifications: Vacuum Rating: 1 TorrSeal: Buna O-RingVacuum Port: 1/2 NPTVent Port: 1/4 NPTGauge Port: 1/4 NPTChamber Material: Clear AcrylicLid Material: Clear AcrylicLid Configuration: No Hinge/ClampSize: 8W x 12H (outer dimensions)Approximate Volume (in): 603

• Item Code: MTVCT
• Port of Dispatch: JNPT Mumbai
• Production Capacity: 100 pieces per month
• Delivery Time: Ready stock
• Packaging Details: Wooden packing with fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4 vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4 SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap.

3)A separate tube will then leave the resin trap and connect to the vacuum pump.

• Item Code: BHFVICP02
• Production Capacity: 100 Pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden Packing With Fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4″ vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4″ SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap.

3)A separate tube will then leave the resin trap and connect to the vacuum pump

• Item Code: BHFVICP04
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden packing with fumigation

Professional Resin Infusion Catch Pot Resin Trap

Professional high quality resin catch pot designed and manufactured by Burhani Hardware And Fittings BHFTECH in India. This expertly engineered catch pot is designed to provide trouble free operation and service even in the busiest composites workshop.

The resin infusion catch pot is manufactured from Annealed Powder Coated mild steel and base, for a hard wearing and chemical resistant finish. The BHFTECH sturdy resin infusion catch pot features a laser finished 12 mm unbreakable clear lid which allow good visibility into the pot during usage.  A heavy duty custom made silicone rubber provides positive seal and a high quality vacuum gauge with airtight resin line and Two vacuum line connections which are Inlet and Outlet.

The resin trap vacuum chamber is designed so that paper liners are easily replaced to avoid fouling the inside of the pot. BHFTECH also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.

Sturdy 2mm Steel Construction

Tough Powder Coated Finish

None-Slip Rubber Feet

Heavy Duty Positive Silicone Seal

Laser Cut 10mm Clear Acrylic Lid

Glycerine-Filled Vacuum Gauge

Spare Parts Available

Description

This resin catch-pot is designed specifically for small to medium scale resin infusion projects.The catch-pot sits between your vacuum pump and the resin infusion project ensuring that any excess resin from the infusion is not drawn down the vacuum line and into the vacuum pump, preventing damage or total destruction of the pump.

The catch-pot has a see-through lid so that you can keep an eye on resin accumulating inside the catch-pot (in catch-pot liners) and includes a barb-type fittings to allow easy connection of the vacuum line and an easy-to-tighten fitting for the resin line from your infusion project (hoses not included).

Each catch-pot is vacuum tested before shipping.

Fitting/Thread Information

The lid is connected to the vacuum pump via the 8mm brass hose-tail barb connector using a 8mm ID Silicone Vacuum Hose.

The vacuum bag or resin infusion project is connected to the catch-pot by through the black plastic gland nut. The gland nut is also designed to accept a 9mm OD hose, such as our 6mm ID Clear PVC Hose.

To ensure a permanent, reliable and airtight seal the lid of our catch-pot comes with the vacuum gauge, gland connector and hose-tail barb (push) fitting already screwed and bonded into place. Although not designed to be removed, the vacuum gauge and 8mm hose-tail barb both screw into the lid using a 1/4 BSP thread.

We also sell the Glycerine-Filled Vacuum Gauge, 6mm ID (9mm OD) Clear PVC Hose, 8mm ID Silicone Vacuum Hose and Hose-Tail Barbs separately.

Resin traps come complete with glycerin-filled vacuum gauge, fittings for use with 1/4″ vacuum tubing,brass ball valve and instruction manual.

Capture excess resin and protect your pump! Measuring range of vacuum gauge:0-29.25inHg

Unique Catch Port Design: An additional hose can be installed at the port inside the tank to facilitate accurate collection of resin.

5 Feet Reinforced Vacuum Hosing Connect Directly To Vacuum Pump 1/4″ SAE.

Silicone gasket to be used over 10,000 times without deterioration.

FRP Vacuum Resin trap

One key piece of equipment that is important to understand is the Resin Trap.

1)A resin trap is an airtight container placed within the vacuum tubing circuit between the laminate and the pump to catch any excess resin before it can enter and destroy the vacuum pump.

2)When set up properly, the vacuum tubing will flow out of the laminate and connect directly to the resin trap.

3)A separate tube will then leave the resin trap and connect to the vacuum pump.

• Item Code: BHFVICP05
• Production Capacity: 100 pieces/month
• Delivery Time: Ready stocks
• Packaging Details: Wooden Packing With Fumigation