Integral Backing Pump High Vacuum Pumps
from Agilent Technologies - Vacuum Products
The Agilent AX-65 Oil diffusion pump is the smallest diffusion pump available in the market and the only pump that is air-cooled. Its vertical finned boiler and high power provide stable pumping and high helium pumping speed. This pump can be ordered with a cold cap or a dense baffle. The pump... [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 138 to 191
- Ultimate Vacuum: 4.88E-8 to 0.0029
- UHV / High Vacuum: Diffusion or Vapor
from Agilent Technologies - Vacuum Products
The Agilent HS-16 Oil Diffusion Pump is a pump with high throughput and high pumping speed of 6000 L/s. With its fully optimized vapor jet, the robust boiler design and the thermal protection switches the pump will run without any maintenance for many years. It is available with 16 in. ASA or ISO... [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 12713 to 15892
- Ultimate Vacuum: 4.88E-8 to 9.75E-4
- UHV / High Vacuum: Diffusion or Vapor
from Agilent Technologies - Vacuum Products
The Agilent HS-2 Oil Diffusion Pump is a pump with high throughput and high pumping speed of 160 L/s air, 200 L/s He, H2. With its fully optimized vapor jet and the robust boiler design, the pump will run without any maintenance for many years. It is available with an ASA inlet flange and with 120V... [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 339 to 424
- Ultimate Vacuum: 4.88E-8 to 0.0037
- UHV / High Vacuum: Diffusion or Vapor
from Agilent Technologies - Vacuum Products
The Agilent HS-20 Oil Diffusion Pump is a pump with a high throughput and high pumping speed of 10,000 L/s. With its fully optimized vapor jet, robust boiler design and thermal protection switches, the pump will run without any maintenance for many years. It is available with 20 in. ASA or ISO 630K... [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 21189 to 26486
- Ultimate Vacuum: 4.88E-8 to 0.0013
- UHV / High Vacuum: Diffusion or Vapor
from Agilent Technologies - Vacuum Products
The Agilent HS-32 Oil Diffusion Pump is a pump with high throughput and high pumping speed of 32,000 L/s. With its fully optimized vapor jet, robust boiler design and thermal protection switches, the pump will run without any maintenance for many years. It is available with 32 in. ASA or ISO 800F... [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 36657 to 45821
- Ultimate Vacuum: 4.88E-8 to 0.0013
- UHV / High Vacuum: Diffusion or Vapor
from Agilent Technologies - Vacuum Products
The Agilent NHS-35 Oil Diffusion Pump is a pump with high throughput and high pumping speed of 50,000 L/s. With its fully optimized vapor jet, robust boiler design and thermal protection switches, the pump will run without any maintenance for many years. It is available with 35 in. ASA or ISO 1000F... [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 59329 to 74161
- Ultimate Vacuum: 4.88E-8 to 0.0013
- UHV / High Vacuum: Diffusion or Vapor
from Agilent Technologies - Vacuum Products
The VHS-10 Diffusion Pump has a pumping speed of up to 3650 L/s and can be ordered with ASA or ISO flanges, standard or extended cold caps, and a variety of voltages. The patented Bulge Contour increases gas capture and maintains lower pressure. All VHS series pumps have sight glass/fill and drain... [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 7734 to 9662
- Ultimate Vacuum: 4.88E-9 to 0.0015
- UHV / High Vacuum: Diffusion or Vapor
from Agilent Technologies - Vacuum Products
The VHS-250 Diffusion Pump has a pumping speed of up to 2125 L/s. All VHS series pumps have sight glass/fill and drain assemblies for continuous monitoring and easy maintenance of pump fluid. The patented Bulge Contour increases gas capture and maintains lower pressure. Finned boilers increase... [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 4503 to 5636
- Ultimate Vacuum: 4.88E-9 to 0.0012
- UHV / High Vacuum: Diffusion or Vapor
from Agilent Technologies - Vacuum Products
The VHS-4 Diffusion Pump has a pumping speed of up to 750 L/s and can be ordered with ASA or ISO flanges, standard or extended cold caps, with a variety of voltages. All VHS pumps have a stainless steel pump body and a sight glass/fill and drain assembly for continuous monitoring and easy... [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 1589 to 1992
- Ultimate Vacuum: 4.88E-9 to 0.0020
- UHV / High Vacuum: Diffusion or Vapor
from Drytek Distribution
These turbo pumps are ideal for economical standard applications requiring simple and reliable high vacuum. Features. Economical. Ceramic ball bearings. ISO/CF flange choice [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 233
- Ultimate Vacuum: 4.50E-9 to 4.50E-8
- UHV / High Vacuum: Turbomolecular; Molecular Drag
from HullVac Pump Corporation
Whole package speed control, motor can be mounted on either side [See More]
- Configuration: Vacuum Pump System or Station
- Pumping Speed: 300 to 2765
- Ultimate Vacuum: 10
- Backing Pump: Cooling Booster/Backing Pump
from Drytek Distribution
These turbo pumps are ideal for economical standard applications requiring simple and reliable high vacuum. Features. Economical. Ceramic ball bearings. ISO/CF flange choice [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 1271
- Ultimate Vacuum: 4.50E-9 to 4.50E-8
- UHV / High Vacuum: Turbomolecular; Molecular Drag
from Drytek Distribution
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 [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 1271
- Ultimate Vacuum: 4.50E-10 to 4.50E-9
- UHV / High Vacuum: Turbomolecular; Molecular Drag
from Drytek Distribution
These turbo pumps are ideal for economical standard applications requiring simple and reliable high vacuum. Features. Economical. Ceramic ball bearings. ISO/CF flange choice [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 1483
- Ultimate Vacuum: 4.50E-10 to 4.50E-9
- UHV / High Vacuum: Turbomolecular; Molecular Drag
from Drytek Distribution
These turbo pumps are ideal for economical standard applications requiring simple and reliable high vacuum. Features. Economical. Ceramic ball bearings. ISO/CF flange choice [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 2543
- Ultimate Vacuum: 4.50E-10 to 4.50E-9
- UHV / High Vacuum: Turbomolecular; Molecular Drag
from Drytek Distribution
These turbo pumps are ideal for economical standard applications requiring simple and reliable high vacuum. Features. Economical. Ceramic ball bearings. ISO/CF flange choice [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 2543
- Ultimate Vacuum: 4.50E-9 to 4.50E-8
- UHV / High Vacuum: Turbomolecular; Molecular Drag
from Drytek Distribution
These turbo pumps are ideal for economical standard applications requiring simple and reliable high vacuum. Features. Economical. Ceramic ball bearings. ISO/CF flange choice [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 2755
- Ultimate Vacuum: 4.50E-9 to 4.50E-8
- UHV / High Vacuum: Turbomolecular; Molecular Drag
from Drytek Distribution
These turbo pumps are ideal for economical standard applications requiring simple and reliable high vacuum. Features. Economical. Ceramic ball bearings. ISO/CF flange choice [See More]
- Configuration: Individual Vacuum Pump
- Pumping Speed: 3390
- Ultimate Vacuum: 7.50E-8
- UHV / High Vacuum: Turbomolecular; Molecular Drag
from Drytek Distribution
FJ –100E pumping station is a ready-to-run pumping system. It consists of a KYKY 100 turbomolecular pump, a rotary pump, a controller system, valves and pipelines. Applications: surface analyses, accelerator, semiconductor, plasma, vacuum parts, research & development and other vacuum... [See More]
- Configuration: Vacuum Pump System or Station
- Pumping Speed: 233
- Ultimate Vacuum: 4.50E-9 to 4.50E-8
- UHV / High Vacuum: Turbomolecular