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Supplier: Materion Corporation
Description: bakeouts.As for extremely specialized applications, we've designed beryllium beam pipes to withstand differential pressure as high as nine atmospheres. If required, our pipes can also be tested in compression or tensile loading conditions.Standard or customized pipe extensions and fittings made of
- Chamber / Component Type: Other
- Chamber Material: Aluminum, Stainless Steel, Other
- Flange / Fitting Types: Elastomeric (O-ring / Gasket), Metal Seal (Wire / Copper Gasket), Bolted, Threaded / NPT, Weld / Braze Stub, ISO-BF (Bolted), ISO-CF (Metal Seal), ISO-KF / ISO-NW (Small Clamped, <2"), ISO-MF (Multi-fastener / Universal), ANSI ASA, Conflat®, Other
- Nominal Size (OD / Width): 12 inch, 14 inch, 18 inch, 24 inch, Other
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Supplier: Terra Universal, Inc.
Description: 28"-diameter x 48"-long (711 mm x 1219 mm) chamber provides ample processing space for degassing large assemblies 0.375" (10 mm)-thick powder-coated steel chamber with 1" (25 mm)-thick aluminum door supports vacuum to 29.9" Hg 1" (25 mm)-thick polycarbonate viewing window
- Chamber / Component Type: Baseplate, Box / Degassing Chamber, Base / Service Well, Custom / Specialty Chamber, Glovebox / Weld Chamber, Feedthrough Collar, Load Lock Chamber, Surface Analysis / Universal
- Chamber Material: Aluminum, Stainless Steel, Steel, Other
- Cooling: Yes
- Flange / Fitting Types: Elastomeric (O-ring / Gasket), Threaded / NPT, Weld / Braze Stub, ISO-BF (Bolted), ISO-CF (Metal Seal), ISO-KF / ISO-NW (Small Clamped, <2"), ISO-MF (Multi-fastener / Universal), ANSI ASA, Conflat®
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Supplier: Russells Technical Products
Description: Altitude simulation testing is important for manufacturers of products that might be shipped via air. It is especially important for defense and aerospace applications where pressure and vacuum conditions are even more intense. Russells RH-Series altitude/temperature and altitude
- Chamber / Component Type: Box / Degassing Chamber
- Chamber Material: Stainless Steel
- Cooling: Yes
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Description: Baseplates are available in a variety of sizes and can be used in combination with our Bell Jars and Feedthrough Collars. The baseplates are supplied with a smooth faced ASA flange which can bolt directly to the vacuum pump. Standard material construction is 304 SS with a glass bead finish.
- Chamber / Component Type: Baseplate
- Chamber Material: Stainless Steel
- Height / Length: 4 inch
- Nominal Size (OD / Width): 12 inch, 18 inch, 24 inch
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Supplier: Kernco, Inc.
Description: Kernco's thermal vacuum chambers produce ultra-clean, high- vacuum, temperature controlled environments for testing aerospace and military equipment. An oil-free vacuum is achieved with a turbo molecular pumping system. The TVC is ideal for vacuum experimentation
- Chamber / Component Type: Custom / Specialty Chamber
- Chamber Material: Stainless Steel
- Cooling: Yes
- Flange / Fitting Types: Elastomeric (O-ring / Gasket)
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Description: The SAC-12 is a standard platform vacuum chamber designed for surface science studies. The geometric design offers maximum flexibility for various experiments and includes 17 different ports for feedthroughs, viewports, manipulators, gauges, etc.
- Chamber / Component Type: Surface Analysis / Universal
- Chamber Material: Stainless Steel
- Flange / Fitting Types: Conflat®
- Height / Length: 15.5 inch
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Description: . Vacuum fired 316L stainless steel, electropolishing and metal seals are recommended for ultra-high vacuum surface science chambers that operate at pressures in the 1x10-11 Torr range. Nor-Cal can fabricate vacuum chambers in a wide range of shapes
- Chamber / Component Type: Load Lock Chamber
- Chamber Material: Stainless Steel
- Vacuum / Pressure Range: High Vacuum (< 10-3, >10-8 torr)
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Description: Baseplates are available in a variety of sizes and can be used in combination with our Bell Jars and Feedthrough Collars. The baseplates are supplied with a smooth faced ASA flange which can bolt directly to the vacuum pump. Standard material construction is 304 SS with a glass bead finish.
- Chamber / Component Type: Feedthrough Collar
- Chamber Material: Stainless Steel
- Height / Length: 6 inch
- Nominal Size (OD / Width): 12 inch, 18 inch, 24 inch
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Honeywell’s Model TJE all wetted stainless steel pressure transducers are designed for rugged industrial applications that require high accuracy and measurement stability. The gage Model TJE is a strain gage based transducer and features a unique “true gage” design (read more)
Browse Pressure Sensors Datasheets for Honeywell Test & Measurement -
assembly that is best suited to the demands, conditions or environment of the application. The outer tire can be made from 300 or 400 series stainless steel, as well as standard carbon steel. The size and shape can be altered to run on different shapes of track or rail. Ball (read more)
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of dust, powder and granular products from one chamber to another whilst maintaining a good airlock. It is popularly used in pneumatic conveying systems, both vacuum and pressure, together with cyclone and filter applications. However, the Klean Lok is a more specialist valve. Its (read more)
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Rotolok’s New Easy Release Kleanlok All Kleanloks are constructed from cast stainless steel complete with stainless steel rotors with all internal and external surfaces fully machined. They are particularly (read more)
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Cast Iron or Stainless Steel from 6” to 24” diameter. Airlocks come with 8 vane fabricated steel rotors with close tolerance to the housing bore and end covers with at least 2 vanes on each side of the valve housing in position of minimum clearance at all times. We offer special (read more)
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in accordance with NFPA 69 Standards for use as deflagration isolation by flame quenching and material blocking. All valves are manufactured in either Cast Iron or Stainless Steel from 6” to 24” diameter. Airlocks come with 8 vane fabricated steel rotors with close tolerance to the (read more)
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Experimental characterization of railgun-driven supersonic plasma jets
motivated by high energy density physics applications
Experiments on PLX are conducted in a 9 ft. (2.74 m) diameter stainless steel spherical vacuum chamber , as depicted in Fig. 1(a), situated in a 3000 ft.2 (279 m2 ) high-bay space with a ten-ton overhead crane.
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Magnetron Discharge Characteristics for Improvement of an Inertial Electrostatic Confinement Neutron/Proton Source
The IECF device of this study consists of a stainless steel spherical vacuum chamber of 340 mm inner diameter (I.D.) with a 3 mm thickness, and a hollow cathode made of Ta sheet of 50 mm I.D. and 60 mm …
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1- And 2-D Numerical Simulations Of Spherical Pinches
The E C device consists of a spherical stainless steel vacuum chamber (-30 cm in diameter)with a concentrichighly transparent spherical conducting grid suspended inside.
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Overview Of Iec Neutron Source Studies
The E C device consists of a spherical stainless steel vacuum chamber (-30 cm in diameter)with a concentrichighly transparent spherical conducting grid suspended inside.
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Interpretations Of Instabilities Observed In Electromagnetically Imploded Solid Liners.
The E C device consists of a spherical stainless steel vacuum chamber (-30 cm in diameter)with a concentrichighly transparent spherical conducting grid suspended inside.
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Plasma Formation Experiments Relevant To Magnetized Target Fusion
The E C device consists of a spherical stainless steel vacuum chamber (-30 cm in diameter)with a concentrichighly transparent spherical conducting grid suspended inside.
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Spontaneous formation of nonspherical water ice grains in a plasma environment
The main chamber is a 15.24 cm spherical square stainless steel vacuum chamber .
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Experimental study of potential structure in a spherical IEC fusion device
The SIEC essentially consists of a spherical , stainless steel vacuum chamber with a concentric spherical cathode grid suspended inside.
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Retention and Surface Pore Formation in Helium Implanted Tungsten as a Fusion First Wall Material
The spherical stainless - steel main vacuum chamber has a 61 cm inner diameter and a sealed water jacket around the main vessel.
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Ion‐Conducting Probes for Low Temperature Plasmas
The experiments were conducted in a spherical vacuum chamber made of stainless steel (Figs. 3a and b) of approx. 35 cm in diameter with six attached flanges.