Turbo Pumps & Systems
New Turbo Pumps
New Turbo Pumping Stations
Refurbished / Demo Turbo Pumps
Rotary Vane Pumps
New Rotary Vane Pumps
Dry Vacuum Pumps
Vacuum Measurement
Vacuum Hardware
KF (NW) Components
CF Components
ISO Components
Leak Detectors & Mass Specs
Spare Parts
Rotary Vane Pumps
Vacuum Fluids / Greases
Traps Mist Filters
Laboratory Equipment
Liquid Handling
Bottletop Dispensers
Bottletop Dispensers Parts & Accesories
Reducers & Adaptors
Turbo Pumps & Systems
New Turbo Pumps
New Turbo Pumping Stations
Refurbished / Demo Turbo Pumps
Rotary Vane Pumps
New Rotary Vane Pumps
Dry Vacuum Pumps
Vacuum Measurement
Vacuum Hardware
KF (NW) Components
CF Components
ISO Components
Leak Detectors & Mass Specs
Spare Parts
Rotary Vane Pumps
Vacuum Fluids / Greases
Traps Mist Filters
Laboratory Equipment
Liquid Handling
Bottletop Dispensers
Bottletop Dispensers Parts & Accesories
Reducing Adaptor - Fixed, CF 35 (275) x CF 16 (133), Stainless Steel
Overview:
Reducing Adaptor is available in the following sizes: CF 35 (275) x CF 16 (133), CF 63 (450) x CF 16 (133), CF 63 (450) x CF 35 (275), CF 100 (600) x CF 35 (275), CF 100 (600) x CF 63 (450), CF 150 (800) x CF 35 (275), CF 150 (800) x CF 63 (450), CF 150 (800) x CF 100 (600)
Reducing Adaptor is made out of Stainless Steel.
The high sealing and the low leak rate performance of the CF Flange connection is due to the gasket material.
When the CF Flange is correctly assembled, the knife edge is compressed onto the flat copper gasket forcing the seal material outwards to the flange.
The gasket is entirely enclosed and will not edge out even under the highest bakeout temperatures.
The CF Flange is offered in both rotable and nonrotatable versions, with through holes, or tapped bolt holes.
Reducing Adaptor - Fixed, CF 63 (450) x CF 16 (133), Stainless Steel
Overview:
Reducing Adaptor is available in the following sizes: CF 35 (275) x CF 16 (133), CF 63 (450) x CF 16 (133), CF 63 (450) x CF 35 (275), CF 100 (600) x CF 35 (275), CF 100 (600) x CF 63 (450), CF 150 (800) x CF 35 (275), CF 150 (800) x CF 63 (450), CF 150 (800) x CF 100 (600)
Reducing Adaptor is made out of Stainless Steel.
The high sealing and the low leak rate performance of the CF Flange connection is due to the gasket material.
When the CF Flange is correctly assembled, the knife edge is compressed onto the flat copper gasket forcing the seal material outwards to the flange.
The gasket is entirely enclosed and will not edge out even under the highest bakeout temperatures.
The CF Flange is offered in both rotable and nonrotatable versions, with through holes, or tapped bolt holes.
CF Reducing Adaptor - Fixed, CF 100 (600) x CF 63 (450), Stainless Steel
Technical Data:
- A: 5.97 in / 151.6 mm
- B: 4.47 in / 113.6 mm
- C: 3.0 in / 76.2 mm
- D: 2.50 in / 63.50 mm
Overview:
Reducing Adaptor is available in the following sizes: CF 35 (275) x CF 16 (133), CF 63 (450) x CF 16 (133), CF 63 (450) x CF 35 (275), CF 100 (600) x CF 35 (275), CF 100 (600) x CF 63 (450), CF 150 (800) x CF 35 (275), CF 150 (800) x CF 63 (450), CF 150 (800) x CF 100 (600)
Reducing Adaptor is made out of Stainless Steel.
The high sealing and the low leak rate performance of the CF Flange connection is due to the gasket material.
When the CF Flange is correctly assembled, the knife edge is compressed onto the flat copper gasket forcing the seal material outwards to the flange.
The gasket is entirely enclosed and will not edge out even under the highest bakeout temperatures.
The CF Flange is offered in both rotable and nonrotatable versions, with through holes, or tapped bolt holes.
Reducing Adaptor - Fixed, CF 63 (450) x CF 35 (275), Stainless Steel
Overview:
Reducing Adaptor is available in the following sizes: CF 35 (275) x CF 16 (133), CF 63 (450) x CF 16 (133), CF 63 (450) x CF 35 (275), CF 100 (600) x CF 35 (275), CF 100 (600) x CF 63 (450), CF 150 (800) x CF 35 (275), CF 150 (800) x CF 63 (450), CF 150 (800) x CF 100 (600)
Reducing Adaptor is made out of Stainless Steel.
The high sealing and the low leak rate performance of the CF Flange connection is due to the gasket material.
When the CF Flange is correctly assembled, the knife edge is compressed onto the flat copper gasket forcing the seal material outwards to the flange.
The gasket is entirely enclosed and will not edge out even under the highest bakeout temperatures.
The CF Flange is offered in both rotable and nonrotatable versions, with through holes, or tapped bolt holes.
Reducing Adaptor - Fixed, CF 100 (600) x CF 35 (275), Stainless Steel
Overview:
Reducing Adaptor is available in the following sizes: CF 35 (275) x CF 16 (133), CF 63 (450) x CF 16 (133), CF 63 (450) x CF 35 (275), CF 100 (600) x CF 35 (275), CF 100 (600) x CF 63 (450), CF 150 (800) x CF 35 (275), CF 150 (800) x CF 63 (450), CF 150 (800) x CF 100 (600)
Reducing Adaptor is made out of Stainless Steel.
The high sealing and the low leak rate performance of the CF Flange connection is due to the gasket material.
When the CF Flange is correctly assembled, the knife edge is compressed onto the flat copper gasket forcing the seal material outwards to the flange.
The gasket is entirely enclosed and will not edge out even under the highest bakeout temperatures.
The CF Flange is offered in both rotable and nonrotatable versions, with through holes, or tapped bolt holes.
Reducing Adaptor - Fixed, CF 150 (800) x CF 35 (275), Stainless Steel
Overview:
Reducing Adaptor is available in the following sizes: CF 35 (275) x CF 16 (133), CF 63 (450) x CF 16 (133), CF 63 (450) x CF 35 (275), CF 100 (600) x CF 35 (275), CF 100 (600) x CF 63 (450), CF 150 (800) x CF 35 (275), CF 150 (800) x CF 63 (450), CF 150 (800) x CF 100 (600)
Reducing Adaptor is made out of Stainless Steel.
The high sealing and the low leak rate performance of the CF Flange connection is due to the gasket material.
When the CF Flange is correctly assembled, the knife edge is compressed onto the flat copper gasket forcing the seal material outwards to the flange.
The gasket is entirely enclosed and will not edge out even under the highest bakeout temperatures.
The CF Flange is offered in both rotable and nonrotatable versions, with through holes, or tapped bolt holes.
Reducing Adaptor - Fixed, CF 150 (800) x CF 63 (450), Stainless Steel
Overview:
Reducing Adaptor is available in the following sizes: CF 35 (275) x CF 16 (133), CF 63 (450) x CF 16 (133), CF 63 (450) x CF 35 (275), CF 100 (600) x CF 35 (275), CF 100 (600) x CF 63 (450), CF 150 (800) x CF 35 (275), CF 150 (800) x CF 63 (450), CF 150 (800) x CF 100 (600)
Reducing Adaptor is made out of Stainless Steel.
The high sealing and the low leak rate performance of the CF Flange connection is due to the gasket material.
When the CF Flange is correctly assembled, the knife edge is compressed onto the flat copper gasket forcing the seal material outwards to the flange.
The gasket is entirely enclosed and will not edge out even under the highest bakeout temperatures.
The CF Flange is offered in both rotable and nonrotatable versions, with through holes, or tapped bolt holes.
Reducing Adaptor - Fixed, CF 150 (800) x CF 100 (600), Stainless Steel
Overview:
Reducing Adaptor is available in the following sizes: CF 35 (275) x CF 16 (133), CF 63 (450) x CF 16 (133), CF 63 (450) x CF 35 (275), CF 100 (600) x CF 35 (275), CF 100 (600) x CF 63 (450), CF 150 (800) x CF 35 (275), CF 150 (800) x CF 63 (450), CF 150 (800) x CF 100 (600)
Reducing Adaptor is made out of Stainless Steel.
The high sealing and the low leak rate performance of the CF Flange connection is due to the gasket material.
When the CF Flange is correctly assembled, the knife edge is compressed onto the flat copper gasket forcing the seal material outwards to the flange.
The gasket is entirely enclosed and will not edge out even under the highest bakeout temperatures.
The CF Flange is offered in both rotable and nonrotatable versions, with through holes, or tapped bolt holes.
