Compound Molecular Pump

Description: These turbo pumps are ideal for economical standard applications requiring simple and reliable high vacuum. Features Economical Ceramic ball bearings ISO/CF flange choice Compact series allow for dry backing pumps

• Ultimate Operating Vacuum: 0.00000000045 to 0.0000000045 torr
• Pumping Speed: 1,271.32800197359 CFM
• Operating Temperature: 41 to 104 F
• Features: Floor / Skid, Integral Backing Pump, Other

Description: The EXT556H incorporates our hybrid bearing and enhanced molecular drag pumping technologies with turbomolecular pump stages on a single rotor. The result is a highly reliable pump well suited to applications requiring excellent light gas performance and ultimate pressures

• Ultimate Operating Vacuum: 0.000000000750283824473074 torr
• Pumping Speed: 1,059.44000164466 to 1,228.9504019078056 CFM
• Operating Temperature: 32 to 95 F
• Type: DC Power

Description: from 1 second to 20 minutes per full syringe stroke. Communication Aurora’s OEM Syringe Pump can communicate singly or in a multi-pump configuration through an RS-232 or Controlled Area Network (CAN) interface. Up to 12 pumps can be connected in the multi-pump

• Pump Type: Syringe Pumps

Description: DISCONTINUED BY MANUFACTURER, TURBO PUMP, COMPOUND MOLECULAR PUMP, MODEL EXT255H, 6000 RPM MAX, INLET FLANGE DN100ISO-K. FREE 2 YEAR RADWELL WARRANTY

Description: Edwards small EXT70 uses a magnetic upper bearing and a ceramic lower bearing. In the EXT250M the rotor is entirely supported by magnetic bearings and can be mounted in any orientation. In the EXT70H the letter H signifies compound molecular: combined bladed turbomolecular stages with

Description: airborne vapors of these volatile organic compounds over a wide concentration range. 1.6.1 With pumped sampling, this practice can be used for the measurement of airborne vapors of VOCs in a concentration range of approximately 0.1 μg/m3 to 1g/m3, for individual organic compounds in

Description: of these volatile organic compounds in a concentration range of approximately 0.1 ug/m3 to 1g/m3, for individual organic compounds in 1-10 L air samples. The method is also suitable for the measurement of the airborne concentrations of individual components of volatile organic

Description: a comprehensive range of optional accessories facilitating easy integration within existing installations. Forevacuum Pump Since turbomolecular pumps are not capable of compressing directly against atmospheric pressure their operation will always require a sufficiently rated forevacuum

• Mechanical: Rotary Vane

Description: Inclined magnetrons and a rotating substrate stage yield a uniform film thickness that's within 5% over the entire stage. Short Pump Down Cycles The compound turbo molecular pump operates at a rate of 65 liters/second to achieve excellent base vacuum levels and gas load

Description: more applications. Large chamber (12" dia. x 18" high) with automatic lift provides ample space for evaporation and sputtering applications. Short Pump Down Cycles The compound turbo molecular pump operates at a rate of 65 liters/second to achieve excellent base vacuum

Description: high temperature performance. To improve performance, Magnalube-GX contains a minimum of 3% molybdenum disulfide and a molecularly bound proprietary PTFE compound. This product contains the most advanced blend of extreme pressure, anti-wear and rust and oxidation inhibitors available.

• Kinematic Viscosity (@ 40°C): 327 to 350 cSt
• Operating / Use Temperature: -80 to 500 F
• Viscosity Index: 80
• Flash Point: 450 F

Description: high temperature performance. To improve performance, Magnalube-GX contains a minimum of 3% molybdenum disulfide and a molecularly bound proprietary PTFE compound. This product contains the most advanced blend of extreme pressure, anti-wear and rust and oxidation inhibitors available.

• Kinematic Viscosity (@ 40°C): 327 to 350 cSt
• Operating / Use Temperature: -80 to 500 F
• Viscosity Index: 80
• Flash Point: 450 F

Description: its adoption of a partially cross-linked structure. In the 1980s, Kureha succeeded in developing a PPS possessing a linear molecular structure with no cross-linked structure and in 1987, our company formed a business alliance with Kureha and started business development for this new PPS.

• Deflection Temperature (@ 264 psi, 1.8 MPa): 527 F
• Coeff. of Thermal Expansion (CTE): 5.555555555555555 to 22.22222222222222 µin/in-F
• Tensile Strength (Break): 24,656.2626907235 psi
• Elongation: 1.4 %

Description: high temperature performance. To improve performance, Magnalube-GX contains a minimum of 3% molybdenum disulfide and a molecularly bound proprietary PTFE compound. This product contains the most advanced blend of extreme pressure, anti-wear and rust and oxidation inhibitors available.

• Kinematic Viscosity (@ 40°C): 327 to 350 cSt
• Operating / Use Temperature: -80 to 500 F
• Viscosity Index: 80
• Flash Point: 450 F

Description: high temperature performance. To improve performance, Magnalube-GX contains a minimum of 3% molybdenum disulfide and a molecularly bound proprietary PTFE compound. This product contains the most advanced blend of extreme pressure, anti-wear and rust and oxidation inhibitors available.

• Kinematic Viscosity (@ 40°C): 327 to 350 cSt
• Operating / Use Temperature: -80 to 500 F
• Viscosity Index: 80
• Flash Point: 450 F

Description: surfaces as residues. Condensable hydrocarbons include pump oils, degreasing agents, and polishing compound vehicles. 1.3.3 Because of the tremendous disparity of hydrocarbon species, it is suggested that direct comparisons be made only among data gathered using the same detection

Description: surfaces as residues. Condensable hydrocarbons include pump oils, degreasing agents, and polishing compound vehicles. 1.3.3 Because of the tremendous disparity of hydrocarbon species, it is suggested that direct comparisons be made only among data gathered using the same detection

Description: Because of its unique molecular structure, granular PTFE does not melt. It cannot be molded into complex forms like other plastics. However, it is easily machined on all standard equipment, including the most advanced CNC machining equipment. PTFE can be cut, bored, milled and turned using

• Function: Abrasion / Sliding Wear
• Liner Materials: Fluoropolymer
• Features: Other
• Industry / Application: Plastic

Description: Because of its unique molecular structure, granular PTFE does not melt. It cannot be molded into complex forms like other plastics. However, it is easily machined on all standard equipment, including the most advanced CNC machining equipment. PTFE can be cut, bored, milled and turned using

• Maximum Operating Pressure: 1,500 to 3,000 psi
• Material: Polytetrafluoroethylene (PTFE, Teflon®, etc.)
• Gasket Type: Sheet / Die-cut

Description: Because of its unique molecular structure, granular PTFE does not melt. It cannot be molded into complex forms like other plastics. However, it is easily machined on all standard equipment, including the most advanced CNC machining equipment. PTFE can be cut, bored, milled and turned using

• Maximum Operating Pressure: 1,500 to 3,000 psi
• Material: Polytetrafluoroethylene (PTFE, Teflon®, etc.)
• Gasket Type: Sheet / Die-cut

Description: Because of its unique molecular structure, granular PTFE does not melt. It cannot be molded into complex forms like other plastics. However, it is easily machined on all standard equipment, including the most advanced CNC machining equipment. PTFE can be cut, bored, milled and turned using

• Washer Type: Flat / USS Washer
• Material: PTFE