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Resin Infusion Catch Pot Resin Trap
Burhani Engineering Technology Vacuum resin catch pot
Professional Resin Infusion Catch Pot Resin Trap
Professional high quality resin catch pot designed and manufactured by Burhani Engineering Technology Burhani Engineering Technology 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 Burhani Engineering Technology 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. Burhani Engineering Technology also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.
Resin Infusion Catch Pot Resin Trap
Burhani Engineering Technology Vacuum resin catch pot
Professional Resin Infusion Catch Pot Resin Trap
Professional high quality resin catch pot designed and manufactured by Burhani Engineering Technology Burhani Engineering Technology 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 Burhani Engineering Technology 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. Burhani Engineering Technology also provide Liners to ensure resin vacuum trap chamber provides best performance with the availability of replacement Lids, Silicone Seals and pneumatic fittings.
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Plasma gasification system facilitates safe disposal of all type of organic wastes. The inorganic materials like glass, metals can also be minimized to slag. In plasma pyrolysis the most likely compounds which are produced include carbonaceous matter, methane, carbon monoxide, hydrogen, carbon dioxide and water molecules. These product gases are combustible. These can be either combusted or used as a heating source. The exhaust gases generated on combusting the product gases include CO2, N2, H2O.
The product gases recovered has calorific and commercial values. These gases can be used as a heat source or as fuel. The amount of gas recovered depends solely upon type of waste and amount of waste. As the system can recover energy from the waste while safely disposing it, plasma pyrolysis can be treated as the ultimate waste management and recycling technology.
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Burhani Engineering Technology pyrolysis plants are intended for pyrolysis recycling wastes such as: Plastic, MSW, rubber wastes, waste plastics, used tires, wood waste, soil contaminated by oil sludge, mazut, bitumen, oil sludge, medical waste, etc.
Modern FacilityOur 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
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Burhani Engineering Technology Biodiesel production Plant is the process of producing the biofuel, biodiesel, through the chemical reactions of transesterification and esterification. This involves vegetable or animal fats and oils being reacted with short-chain alcoholstypically methanol or ethanol using state of art technology called hydrodynamic cavitation reactor
The Burhani Engineering Technology hydrodynamic cavitation reactor is a prospective way for biodiesel production on industrial and commercial scales due to its easy scale-up characteristics. The heart of the designed reactor in the mentioned system is a rotor rotating inside the stator at a high speed; additionally, some cavities with special geometries are machined on the perimeter of the rotor. The space between the rotor and the stator is the cavitation zone. While entering the reaction feed mixture (mixture of oil and alcohol) into the cavitation zone, because of geometry and arrangement of cavities machined on the rotor and spinning action of the rotor, local fluid pressure in the cavities is reduced to the fluid vapor pressure which leads to the fast formation of microscopic bubble formation in the rotor cavities away from the metal surfaces. The rapid formation and collapse of bubbles, due to the high rotational speed of the rotor, creates shock waves Energies which lead to intense stirring and a fast release of energy (heat). Therefore, there is no need for a heat generator source for the reaction phase of the mixture inside the reactor.
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Burhani Engineering Technology pyrolysis plants are intended for pyrolysis recycling wastes such as: Plastic, MSW, rubber wastes, waste plastics, used tires, wood waste, soil contaminated by oil sludge, mazut, bitumen, oil sludge, medical waste, etc.
Modern FacilityOur 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
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Vacuum Degassing Chamber
What is a vacuum degassing chamber?
Vacuum degassing chamber manufactured by Burhani Engineering Technology
is a vacuum system comprising of Vacuum chamber and vacuum pump that
pulls 29 inches of mercury is used to remove the air from high
viscosity materials like epoxy resin, Liquid silicone rubber, liquid
plastic and Polyurethane rubber to make bubble free casting. Burhani
Engineering Technology is the only exporter and manufacturer of resin
vacuum degasser chamber in India for degassing silicone.
BURHANI ENGINEERING TECHNOLOGY RESIN VACUUM DEGASSING CHAMBER
Vacuum degassing systems employ methods to maximize the surface area
under vacuum. A resin degassing chamber is developed and manufactured
by Burhani Engineering Technology in the Brand name of Burhani
Engineering Technology. We also provide vacuum pump for degassing resin
HOW DO YOU USE A VACUUM DEGASSING CHAMBER?
The vacuum chamber with pump India is loaded with epoxy resin or
silicon rubber or Polyurethane rubber. The Vacuum Pump is started and
diy vacuum degassing chamber process is started and it continues for 8
to 10 minutes based on type of resin and quantity.
HOW DOES VACUUM DEGASSING WORK WITH LAB1ST VACUUM CHAMBER?
Vacuum Degassing silicone is a process to remove gases and bubbles from
compounds using vacuum chamber and vacuum pump. A diy vacuum degassing
chamber is required to assure a bubble free mold when mixing silicone
rubbers and mixing resin and slower setting harder resins.
ARE VACUUM CHAMBERS DANGEROUS?
Burhani Engineering Technology Vacuum Chamber customers are using
vacuum chamber degassing pot for degassing for over years without a
single incident.
WHAT WILL HAPPEN TO A HUMAN IN A VACUUM CHAMBER?
Experiments on human and animals have shown that people can survive
exposure to vacuum conditions for few minutes. Vacuums are lethal.
Under extremely low vacuum air is trapped inside the lungs. It expands
and tears the tender gas-exchange tissues
HOW DO YOU MAKE A CHEAP VACUUM CHAMBER? HOW STRONG DOES A VACUUM
CHAMBER NEED TO BE?
You have to Select appropriate Vacuum Pump for your Acrylic Vacuum
Chamber. The highest vacuum that can be expected in an acrylic vacuum
chamber is about 750 mm hg. Burhani Engineering Technology also
Provides option to go lower with a more powerful degassing chamber and
pump
WHAT IS INSIDE A VACUUM?
A vacuum is space devoid of air. It is a region with air pressure less
that atmospheric pressure. For example, a vacuum cleaner produces
enough suction to reduce air pressure by around 20% around its occupied
space.
HOW MUCH DOES A RESIN DEGASSING VACUUM CHAMBER COST?
A degassing chamber and pump can cost around $100-$1000 based on
material, Sizes and shapes. You can do fun and science experiments to
see how things react inside the vacuum. You can also have full viewing
since the vacuum chamber price will be totally clear.
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Bubble Emission Testing or Bubble Leak Test method is a procedure to detect leaks visually by immersing the test specimen in water. Burhani Engineering Technology is manufacturer of acrylic vacuum box leak testing device. We will discuss advantage and disadvantage of vacuum bubble leak emission test procedure and internal pressurization vacuum chamber.
There are Two testing Methods which are commonly used in bubble leak testing methodologies adopted for bubble emission detection. These are :
Bubble testing is the least expensive and simplest method of assessing and detecting leaks. A differential pressure is created across the package with water chamber at lower pressure side and air on the high pressure side.
Integrity Testing utilizing a Vacuum Chamber (ASTM D3078)
Bubble Leak Testing using an acrylic vacuum chamber
It is also known as submersion leak test, bubble emission leak test, under water leak test and dunking test. This a a methodology to detect and locate leaks in the specimen through bubble emission. Vacuum ASTM D3078 and Pressurized ASTMF2096 are the two ways to perform bubble emission leak test . The Burhani Engineering Technology bubble leak test equipment is an acrylic vacuum chamber which is transparent and enables full view of the interior during testing. The acrylic chamber is used with vacuum pump which can pull 30 inch Hg. Burhani Engineering Technology can also supply vacuum Chamber with Venturi pump. This can be used with pressurized air setup or a compressor. This venturi pump converts pressurized air into vacuum.
Integrity Testing utilizing an Internal Pressurization System (ASTM F2096)
The pressurized ASTMF2096 method is when the specimen is pressurized above the atmospheric pressure, based on the altitude of the test, the gauge pressure can be set to the required pressure value. The specimen is pressurized through feed tubes connected to a compressor during bubble leak test. There is a better leak detection due to pressurized air present inside the test specimen. But this is a time consuming and complex process. Also all test specimen get damaged due internal pressure and burst. While the vacuum test Method ASTMS3078 is the simplest and quick process.
When a leak is detected in the test specimen, the air will start to flow from high pressure to lower pressure region . This is the reason the submerged part will emit air bubbles, which can be detected visually. A hole size of 0.001 inch or 0.025 mm can be detected with immersion leak test. The bubble leak test is accurate to of 10-3 atm-cc/sec. The accuracy of leak test is better than air decay leak test, pressure decay leak test, flow rate leak test dye penetration test. but it should not be compared with traces gas leak test, high vacuum leak test and gas sniffing methods according to bubble leak test standard.
To recap, the advantages of bubble emission leak testing are:Additional Information:
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cube chambers manufactured by burhani engineering technology are the most versatile of all vacuum chamber configurations. the clear cube chambers is known for its efficient use of space with high volume testing. viewports, shelving, feedthroughs, lighting and integration with other vacuum accessories. the standard transparent acrylic vacuum cube chambers include ports for vacuum, vent and gauge. 2 ball valves and 0-30" vacuum gauge with pneumatic fittings and hose.
burhani engineering technology vacuum chambers feature rugged cast acrylic construction with a cube design. this plastic vacuum chambers can achieve vacuum down to 0.1 torr. the vacuum chamber rage starts from 6 inches to 40 inches as per customer requirements. thickness of the chamber ranges from 25 mm to 60 mm thick rugged acrylic.
burhani engineering technology is the largest manufacturer of clear acrylic cube vacuum chamber in india. these chambers are used in a variety of application right from research to production. the acrylic plastic vacuum chamber is covered with an acrylic vacuum chamber lid along with vacuum chamber door. this vacuum chamber allows user to perform specified levels of vacuum pressure inside this vacuum chamber. the entire setup can be controlled manually or automated as per the requirement. 7 inch touch screen can be provided on request.
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Burhani Engineering Technology presents State of Art, Quality Manufactured and Robustly Designed Clear Acrylic Vacuum Chambers. Burhani Engineering Technology has a complete most compitent and verstaile non metallic chambers in India. We have designed and perfected this crystalline clear acrylic vacuum chambers. We have transparent pricing policies offer competive cost with world class quality
The acrylic vacuum chambers are preferred over metallic counterparts due to mutiple benefits.
The acrylic vacuum chambers has advantage to be used in low, medium and rough vacuum applications. High vacuum upto 750 mmhg can be achieved inside the Burhani Engineering Technology clear acrylic vacuum chambers.The acrylic vacuum chamber cost 6 to 8 times less than stainless steel vacuum chambers.The acrylic vacuum chamber provides transparent and clear view during the operation.
Burhani Engineering Technology offers a wide range of selection of vacuum pumps from piston pumps to rotary vane pumps. The acrylic vacuum chamber can be customized to any specifications on request. We would be happy to suggest you the right pump for your application.
Few Applications of Burhani Engineering Technology acrylic vacuum chambers are:Industrial Application, Scientifc Experiments, Quality Control, Bubble Leak Testing, Package Integrity testing, Hi Pot Discharge testing, altitude Simulation, Vacuum Encapsulation, Electronic Equipment Testing, Lyophilization, Vacuum Force Decay testing, FreezerDrying, Degassing Application, Packaging, Automotive Parts manufacturing, Genetic Engineering and Academic Research.
There are lot many application using vacuum chamber that goes beyong imagination.Quality Control Package Integrity Testing Bubble Leak Testing Altitude Simulation Hi-Pot Discharge Testing Electronic Equipment Testing Vacuum Encapsulation Vacuum Force Decay Testing Degassing Applications Freezedrying / Lyophilization Aerospace Applications Various Manufacturing and Packaging Genetic Engineering Laboratory and Research Automotive Parts Manufacturing Academic Research Scientific Experiments Industrial Applications
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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.
Product Features of the Heated Vacuum Degassing ChamberAdditional Information:
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urhani Engineering Technology Biodiesel production Plant is the process of producing the biofuel, biodiesel, through the chemical reactions of transesterification and esterification. This involves vegetable or animal fats and oils being reacted with short-chain alcoholstypically methanol or ethanol using state of art technology called hydrodynamic cavitation reactor
The Burhani Engineering Technology hydrodynamic cavitation reactor is a prospective way for biodiesel p
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Burhani Engineering Technology pyrolysis plants are intended for pyrolysis recycling wastes such as: Plastic, MSW, rubber wastes, waste plastics, used tires, wood waste, soil contaminated by oil sludge, mazut, bitumen, oil sludge, medical waste, etc.
Modern FacilityOur 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
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Packaging Details : WOOD
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Burhani Engineering Technology pyrolysis plants are intended for pyrolysis recycling wastes such as: Plastic, MSW, rubber wastes, waste plastics, used tires, wood waste, soil contaminated by oil sludge, mazut, bitumen, oil sludge, medical waste, etc.
Modern FacilityOur 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
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A Liquid Silicone Rubber material is a two-part platinum-cured elastomer that can be injected into a mold cavity to manufacture a part. LSR is very versatile in the elastomer industry and is seen across a whole spectrum of parts from consumer products to medical devices and everything in between.
What is liquid silicone rubber used for?The most common application for silicone rubber is the production of LSR parts. LSR parts are used in a range of different industries. Their steam resistance and low compression set make them an excellent choice for gaskets and hardware in consumer appliances such as microwaves.
Silicone is more expensive than most rubber types because it is a speciality high performance polymer with outstanding qualities. It is made in relatively low quantities and requires expensive and complicated primary manufacturing facilities.
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vacuum chamber is a space wherein the air and other gases are removed using a vacuum chamber. This Low pressure is called vacuum chamber. Research on Test and Mechanical components are carried out in vacuum chamber to check the performance of that space object. The BHFECH Large vacuum chambers are made up of various materials including aluminium, acrylic, stainless and other materials.
5 gallon vacuum chamber with pump manufactured by Burhani Engineering Technology is used for scientific experiments and it has multiple ports for viewing and instrumentation. Buna Rubber O-ring is used for sealing application is medium range vacuum chamber with pump. In high vacuum machines , we use machined knife edges which fits in tight into the copper gaskets with the help of flange bolts.
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gem stone oiling and crack filling machine burhani engineering technology is the largest producer and manufacturer of state of art high pressure and low temperature gemstone. oiling and crack filling machine. the gemstone crack filling machine is a compact and desktop model that works in any environment. the burhani engineering technology oiling apparatus is used to induce resins, oils, paraffin, oleoresins and combination of compatible liquid fillers of different viscosity into the surface reaching cracks and fissures on sapphire, ruby, emerald, tourmaline and many more. the above process helps to produce enhance clarity in the gemstone by hiding their imperfections by increasing their diaphaneity. burhani engineering technology is the largest producer and manufacturer of state of art high pressure and low temperature gemstone. oiling and crack filling machine. the gemstone crack filling machine is a compact and desktop model that works in any environment. stainless steel 304 chamber to load, heat and pressurize the stones. pressure gauge with on -off valve and pneumatic fittings. temperature controller with instruments. 2 stage vacuum pump with gauge, hose and fittings. features & specifications it is a bench top compact model. the net weight of the machine is 45 kgs. the recommended temperature range of operation is from 25 degree c to 100 degree c. maximum designed pressure is 600 bar which is equivalent to 8700 psi. loading capacity in one shift is 1000 carats of various gemstone of full load. the chamber is made up of heavy duty stainless steel material. 2 stage heavy duty vacuum pump is also included in the package. digital and programmable control unit to control pressure and temperature using ssr and sensor. 500 watts heater is used inside the machine at 220 v ac and 50 hz 250 watts of current is required to maintain 3800 psi. below is the example of temperature-pressure correlation values using paraffin oil. 75oc 100 bar-1450 psi 80oc 130 bar-1885 psi 85oc 150 bar-2175 psi 90oc 200 bar-2900 psi 95oc 230 bar-3336 psi 120oc 260 bar-3771psi 150oc 300 bar-4351psi note: above pressure and temperature values shall vary depending on the load, amount and type of the filler oil used in the burhani engineering technology crack filling chamber, and other variable process parameters. 1. what is the oiling and crack filling process followed in gemstones? the oiling and crack filling process is aimed to reduce the visibility of surface reaching fissures, cracks, crevices and other dislocation features in the gemstone. thus the oil treatment enhances the clarity of gemstone and improves its overall appearance, and thus increases its price. 2. which type of gemstones are suitable for oiling? rubies, sapphire, diamonds, emerald, opal, turquoise, rhodochrosite. many other gemstone porus and non porus can be oiled. many porous and non-porous gems may be oiled. 3. which quality of the gemstone are oiled? all qualities of gemstone can be subjected to the oiling treatment as long as the stone has surface reaching fractures. 4. are only cut and polished gemstones subject to oiling process? cut and polished gemstones and rough stones can be oiled in different ways. 5. how significant is clarity improvement in the oiled gemstones. the clarity can be improved from minor to minor to significant change and in some cases there shall be no improvement. many clarity grades are published by various gem institute. these are subjected to experiments and research. 6. is the oiling process in gemstones permanent? the oiling process may be permanent if the hardener is used with fillers. the gemstone should be re-oiled, if the oil is leaked from the gemstone. 7. is the oiling process in gemstones reversible? the oiling process can be reversed based on filler material used. if hardener is combined with filler, then it may be difficult to reverse or remove from the gemstone. 8. if the oiling treatment detectable? the oiling
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Epoxy refers to any of the basic components or cured end products of epoxy resins, as well as a colloquial name for the epoxide functional group. Epoxy resins, also known as polyepoxides, are a class of reactive prepolymers and polymers which contain epoxide groups.
Epoxy resin, mixed with pigment, may be used as a painting medium, by pouring layers on top of each other to form a complete picture. It is also used in jewelry, as a doming resin for decorations and labels, and in decoupage type applications for art, countertops, and tables.
Epoxy resins may be reacted (cross-linked) either with themselves through catalytic homopolymerisation, or with a wide range of co-reactants including polyfunctional amines, acids (and acid anhydrides), phenols, alcohols and thiols (usually called mercaptans). These co-reactants are often referred to as hardeners or curatives, and the cross-linking reaction is commonly referred to as curing. Reaction of polyepoxides with themselves or with polyfunctional hardeners forms a thermosetting polymer, often with favorable mechanical properties and high thermal and chemical resistance. Epoxy has a wide range of applications, including metal coatings, use in electronics/electrical components/LEDs, high tension electrical insulators, paint brush manufacturing, fiber-reinforced plastic materials, and adhesives for structural and other purposes.
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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(
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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.
Product Features of the Heated Vacuum Degassing ChamberAdditional Information:
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Packaging Details : WOOD
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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.
Product Features of the Heated Vacuum Degassing ChamberAdditional Information:
Payment Terms : L/C, D/A, D/P, T/T, Western Union
Packaging Details : WOOD
Delivery Time : READY
Cube Chambers manufactured by Burhani Engineering Technology are the most versatile of all vacuum chamber configurations. The Clear cube chambers is known for its efficient use of space with high volume testing. Viewports, Shelving, Feedthroughs, lighting and integration with other vacuum accessories. the Standard transparent acrylic vacuum cube chambers include ports for vacuum, vent and gauge. 2 Ball valves and 0-30" vacuum gauge with pneumatic fittings and hose.
Burhani Engineering Technology vacuum chambers feature rugged cast acrylic construction with a cube design. this plastic vacuum chambers can achieve vacuum down to 0.1 Torr. The vacuum chamber rage starts from 6 inches to 40 inches as per customer requirements. Thickness of the chamber ranges from 25 mm to 60 mm thick rugged acrylic.
Burhani Engineering Technology is the largest Manufacturer of clear acrylic cube vacuum chamber in India. These Chambers are used in a variety of application right from research to production. The acrylic plastic vacuum chamber is covered with an acrylic vacuum chamber lid along with vacuum chamber door. This vacuum chamber allows user to perform specified levels of vacuum pressure inside this vacuum chamber. The Entire setup can be controlled manually or automated as per the requirement. 7 inch Touch Screen can be provided on request.
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Burhani Engineering Technology presents State of Art, Quality Manufactured and Robustly Designed Clear Acrylic Vacuum Chambers. Burhani Engineering Technology has a complete most compitent and verstaile non metallic chambers in India. We have designed and perfected this crystalline clear acrylic vacuum chambers. We have transparent pricing policies offer competive cost with world class quality
The acrylic vacuum chambers are preferred over metallic counterparts due to mutiple benefits.
The acrylic vacuum chambers has advantage to be used in low, medium and rough vacuum applications. High vacuum upto 750 mmhg can be achieved inside the Burhani Engineering Technology clear acrylic vacuum chambers.The acrylic vacuum chamber cost 6 to 8 times less than stainless steel vacuum chambers.The acrylic vacuum chamber provides transparent and clear view during the operation.
Burhani Engineering Technology offers a wide range of selection of vacuum pumps from piston pumps to rotary vane pumps. The acrylic vacuum chamber can be customized to any specifications on request. We would be happy to suggest you the right pump for your application.
Few Applications of Burhani Engineering Technology acrylic vacuum chambers are:Industrial Application, Scientifc Experiments, Quality Control, Bubble Leak Testing, Package Integrity testing, Hi Pot Discharge testing, altitude Simulation, Vacuum Encapsulation, Electronic Equipment Testing, Lyophilization, Vacuum Force Decay testing, FreezerDrying, Degassing Application, Packaging, Automotive Parts manufacturing, Genetic Engineering and Academic Research.
There are lot many application using vacuum chamber that goes beyong imagination.Quality Control Package Integrity Testing Bubble Leak Testing Altitude Simulation Hi-Pot Discharge Testing Electronic Equipment Testing Vacuum Encapsulation Vacuum Force Decay Testing Degassing Applications Freezedrying / Lyophilization Aerospace Applications Various Manufacturing and Packaging Genetic Engineering Laboratory and Research Automotive Parts Manufacturing Academic Research Scientific Experiments Industrial Applications
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Burhani Engineering Technology pyrolysis plants are intended for pyrolysis recycling wastes such as: Plastic, MSW, rubber wastes, waste plastics, used tires, wood waste, soil contaminated by oil sludge, mazut, bitumen, oil sludge, medical waste, etc.
Modern FacilityOur 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
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Burhani Engineering Technology Carbonization is a process to make charcoal from Biomass. Burhani Engineering Technology Manufactures World Class Equipment for carbonization to increase calorific value of the End Product Charcoal Almost all the biomass can be made into charcoal, we list some as follow: Wood logs, wood branches, sawdust briquettes, biomass waste, coconut shell, Macadamia nut, cashew nut shell, bamboo, etc
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Burhani Engineering Technology pyrolysis plants are intended for Pyrolysis of rice straw to create biochar for soil amendment appears to be a promising method to address concerns with regard to improving soil fertility, increasing Carbon storage and decreasing Green House Gas emissions.
The rice straw-derived biochars especially produced at 400 C had high alkalinity and cation exchange capacity, and high levels of available phosphorus and extractable cations. These properties indicate potential application of rice straw-derived biochar as a fertilizer and soil amendment
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burhani engineering technology pyrolysis plants are intended for pyrolysis recycling wastes such as: plastic, msw, rubber wastes, waste plastics, used tires, wood waste, soil contaminated by oil sludge, mazut, bitumen, oil sludge, medical waste, etc.
modern facilityour 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
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Plasma gasification system facilitates safe disposal of all type of organic wastes. The inorganic materials like glass, metals can also be minimized to slag. In plasma pyrolysis the most likely compounds which are produced include carbonaceous matter, methane, carbon monoxide, hydrogen, carbon dioxide and water molecules. These product gases are combustible. These can be either combusted or used as a heating source. The exhaust gases generated on combusting the product gases include CO2, N2, H2O.
The product gases recovered has calorific and commercial values. These gases can be used as a heat source or as fuel. The amount of gas recovered depends solely upon type of waste and amount of waste. As the system can recover energy from the waste while safely disposing it, plasma pyrolysis can be treated as the ultimate waste management and recycling technology.
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Burhani Engineering Technology pyrolysis plants are intended for Pyrolysis of rice straw to create biochar for soil amendment appears to be a promising method to address concerns with regard to improving soil fertility, increasing Carbon storage and decreasing Green House Gas emissions.
The rice straw-derived biochars especially produced at 400 C had high alkalinity and cation exchange capacity, and high levels of available phosphorus and extractable cations. These properties indicate potential application of rice straw-derived biochar as a fertilizer and soil amendment
Additional Information:
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Burhani Engineering Technology pyrolysis plants are intended for Pyrolysis of rice straw to create biochar for soil amendment appears to be a promising method to address concerns with regard to improving soil fertility, increasing Carbon storage and decreasing Green House Gas emissions.
The rice straw-derived biochars especially produced at 400 C had high alkalinity and cation exchange capacity, and high levels of available phosphorus and extractable cations. These properties indicate potential application of rice straw-derived biochar as a fertilizer and soil amendment
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Bubble Emission Testing or Bubble Leak Test method is a procedure to detect leaks visually by immersing the test specimen in water. Burhani Engineering Technology is manufacturer of acrylic vacuum box leak testing device. We will discuss advantage and disadvantage of vacuum bubble leak emission test procedure and internal pressurization vacuum chamber.
There are Two testing Methods which are commonly used in bubble leak testing methodologies adopted for bubble emission detection. These are :
Bubble testing is the least expensive and simplest method of assessing and detecting leaks. A differential pressure is created across the package with water chamber at lower pressure side and air on the high pressure side.
Integrity Testing utilizing a Vacuum Chamber (ASTM D3078)
Bubble Leak Testing using an acrylic vacuum chamber
It is also known as submersion leak test, bubble emission leak test, under water leak test and dunking test. This a a methodology to detect and locate leaks in the specimen through bubble emission. Vacuum ASTM D3078 and Pressurized ASTMF2096 are the two ways to perform bubble emission leak test . The Burhani Engineering Technology bubble leak test equipment is an acrylic vacuum chamber which is transparent and enables full view of the interior during testing. The acrylic chamber is used with vacuum pump which can pull 30 inch Hg. Burhani Engineering Technology can also supply vacuum Chamber with Venturi pump. This can be used with pressurized air setup or a compressor. This venturi pump converts pressurized air into vacuum.
Integrity Testing utilizing an Internal Pressurization System (ASTM F2096)
The pressurized ASTMF2096 method is when the specimen is pressurized above the atmospheric pressure, based on the altitude of the test, the gauge pressure can be set to the required pressure value. The specimen is pressurized through feed tubes connected to a compressor during bubble leak test. There is a better leak detection due to pressurized air present inside the test specimen. But this is a time consuming and complex process. Also all test specimen get damaged due internal pressure and burst. While the vacuum test Method ASTMS3078 is the simplest and quick process.
When a leak is detected in the test specimen, the air will start to flow from high pressure to lower pressure region . This is the reason the submerged part will emit air bubbles, which can be detected visually. A hole size of 0.001 inch or 0.025 mm can be detected with immersion leak test. The bubble leak test is accurate to of 10-3 atm-cc/sec. The accuracy of leak test is better than air decay leak test, pressure decay leak test, flow rate leak test dye penetration test. but it should not be compared with traces gas leak test, high vacuum leak test and gas sniffing methods according to bubble leak test standard.
To recap, the advantages of bubble emission leak testing are:The bubble leak test can be utilized on variously shaped and sized specimen - whether that may be a pouch, tray, box, vial, bottle, etc
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Vacuum degassing chamber manufactured by Burhani Engineering Technology is a vacuum system comprising of Vacuum chamber and vacuum pump that pulls 29 inches of mercury is used to remove the air from high viscosity materials like epoxy resin, Liquid silicone rubber, liquid plastic and Polyurethane rubber to make bubble free casting. Burhani Engineering Technology is the only exporter and manufacturer of resin vacuum degasser chamber in India for degassing silicone.
Vacuum degassing systems employ methods to maximize the surface area under vacuum. A resin degassing chamber is developed and manufactured by Burhani Engineering Technology in the Brand name of Burhani Engineering Technology. We also provide vacuum pump for degassing resin.
How do you use a vacuum degassing chamber?The vacuum chamber with pump India is loaded with epoxy resin or silicon rubber or Polyurethane rubber. The Vacuum Pump is started and diy vacuum degassing chamber process is started and it continues for 8 to 10 minutes based on type of resin and quantity.
How does vacuum degassing work with lab1st vacuum chamber?Additional Information:
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Pressure feed containers are used to allow the coating material to be prepared, thinned and conditioned, constantly agitated (if required) and then supplied in bulk to consistently maintain the correct spraying viscosity and pressure. The Burhani Engineering Technology range is equipped with easy to operate air regulators to set the desired fluid outlet pressure and safety pressure relief valves. Manual, Rotary or Oscillating agitation types are available to provide the best quality agitation. Burhani Engineering Technology Pressure Feed Containers are constructed from the highest grade materials and fully comply with European and Global pressure regulations including PED, ATEX and ASME. Burhani Engineering Technology have a pressure tank to fit every industrial application.
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Burhani Engineering Technology pyrolysis plants are intended for pyrolysis recycling wastes such as: Plastic, MSW, rubber wastes, waste plastics, used tires, wood waste, soil contaminated by oil sludge, mazut, bitumen, oil sludge, medical waste, etc.
Modern FacilityOur 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
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Burhani Engineering Technology Carbonization is a process to make charcoal from Biomass. Burhani Engineering Technology Manufactures World Class Equipment for carbonization to increase calorific value of the End Product Charcoal Almost all the biomass can be made into charcoal, we list some as follow: Wood logs, wood branches, sawdust briquettes, biomass waste, coconut shell, Macadamia nut, cashew nut shell, bamboo, etc
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Burhani Engineering Technology Biodiesel production Plant is the process of producing the biofuel, biodiesel, through the chemical reactions of transesterification and esterification. This involves vegetable or animal fats and oils being reacted with short-chain alcoholstypically methanol or ethanol using state of art technology called hydrodynamic cavitation reactor
The Burhani Engineering Technology hydrodynamic cavitation reactor is a prospective way for biodiesel production on industrial and commercial scales due to its easy scale-up characteristics. The heart of the designed reactor in the mentioned system is a rotor rotating inside the stator at a high speed; additionally, some cavities with special geometries are machined on the perimeter of the rotor. The space between the rotor and the stator is the cavitation zone. While entering the reaction feed mixture (mixture of oil and alcohol) into the cavitation zone, because of geometry and arrangement of cavities machined on the rotor and spinning action of the rotor, local fluid pressure in the cavities is reduced to the fluid vapor pressure which leads to the fast formation of microscopic bubble formation in the rotor cavities away from the metal surfaces. The rapid formation and collapse of bubbles, due to the high rotational speed of the rotor,
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