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Burhani Engineering Technolog
Burhani Engineering Technolog

Stainless Steel Cube Vacuum Chamber

In the world of scientific inquiry and technological advancement, vacuum chambers are at the forefront of experimentation and exploration. These sealed, airless environments serve as the canvases upon which scientists and engineers create controlled conditions for a wide array of tests and investigations. Among the myriad materials used in crafting these chambers, stainless steel cube vacuum chambers have garnered immense attention for their unparalleled strength, durability, and adaptability. In this comprehensive guide, we embark on a journey into the realm of stainless-steel cube vacuum chambers, delving into their applications, construction, and the invaluable insights they provide to the scientific community and industries alike.

Product Features of the Chamber

  • Body Made of Stainless Steel or Galvannealed Powder Coating.
  • Acrylic Plexi-Glass chamber Door 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: MS powder Coated or SS304.
  • Door : Plexi Glass Acrylic with 30 years warranty.
  • 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. .  .
Model No Capacity Gallon Capacity Litres Size Inches
BHFGCB080606 1.2 4.5 8x6x6
BHFGCB110808 3 12 11x8x8
BHFGCB121212 7 27 12x12x12
BHFGCB181210 10 36 18x12x10
BHFGCB201413 16 60 20x14x13
BHFGCB181818 25 95 18x18x18
BHFGCB242015 31 118 24x20x15
BHFGCB302016 41 157 30x20x16
BHFGCB322620 72 272 32x26x20

Custom Sizes Manufactured on Demand.

The Foundations of Vacuum Chambers

Before we immerse ourselves in the world of stainless-steel cube vacuum chambers, it is crucial to comprehend the fundamental principles of vacuum technology. A vacuum chamber is a meticulously sealed container designed to remove air and other gases, thus creating a controlled environment with reduced pressure. The absence of air within these chambers enables researchers to simulate conditions resembling those found in outer space, deep-sea environments, or to carry out experiments devoid of atmospheric interference.

Stainless Steel - The Material of Strength

Stainless steel, renowned for its exceptional properties, has emerged as the material of choice for constructing vacuum chamber cubes. Its unique characteristics make it the preferred option for a multitude of applications:
1. Durability: Stainless steel is celebrated for its unparalleled strength and resistance to corrosion. These attributes ensure that vacuum chamber cubes made from stainless steel can endure harsh conditions and maintain structural integrity over time.
2. Airtight Seal: Stainless steel's inherent properties make it ideal for creating airtight seals, which are crucial for maintaining vacuum integrity within the chamber.
3. Thermal Stability: Stainless steel exhibits excellent thermal conductivity and stability, allowing for precise control over temperature conditions within the chamber.
4. Customizability: Stainless steel vacuum chamber cubes can be tailored to various sizes and shapes, accommodating specific experimental requirements and equipment.

Diverse Applications of Stainless-Steel Cube Vacuum Chambers

Stainless steel cube vacuum chambers find applications across a broad spectrum of scientific disciplines and industries:
1. Materials Science: Researchers employ these chambers to investigate material properties under vacuum conditions, facilitating the development of novel materials with exceptional characteristics.
2. Electronics Testing: Stainless steel chambers provide controlled environments for testing electronic components and circuits, safeguarding them from external atmospheric influences.
3. Space Simulation: Stainless steel cube vacuum chambers are instrumental in simulating space conditions, enabling the testing of spacecraft components and astronaut equipment in real-world scenarios.
4. Biological and Medical Research: These chambers are pivotal in biological and medical research, creating controlled environments for cell culture, tissue engineering, and drug development.
5. Environmental Testing: Stainless steel chambers allow the simulation of extreme environmental conditions, including high altitudes and fluid immersion, for testing aerospace components, diving equipment, and more.

Constructing a Stainless-Steel Cube Vacuum Chamber

The construction of a stainless-steel cube vacuum chamber demands meticulous planning and precision. Key components include:
1. Stainless Steel Panels: High-quality stainless-steel panels providing structural strength and resilience.
2. Seals and Gaskets: Airtight seals and gaskets are essential to maintain vacuum integrity.
3. Vacuum Pump: A reliable vacuum pump is necessary for evacuating the chamber and regulating pressure levels.
4. Viewports: Transparent windows or viewports for observation and experimentation.
5. Control Valves and Gauges: Instruments for monitoring and adjusting pressure levels within the chamber.
6. Support Structure: A robust support structure ensures stability and safety during experiments.

Safety Measures and Best Practices

Prioritizing Safety
Working with vacuum chambers, especially stainless-steel ones, requires strict adherence to safety protocols. Researchers must be well-informed about potential hazards and employ appropriate safety equipment and procedures to mitigate risks effectively.

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