CF Tubulated Reducing Adaptors Fixed are used to change from one size of tube or flange to another size enabling the fitting together of mismatched components.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a plastic bag with protective plastic caps.

CF Tubulated Reducing Adaptors Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

CF Tubulated reducing adaptors are used to change from one size of tube or flange to another size enabling the fitting together of mismatched components.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a plastic bag with protective plastic caps.

The CF Tubulated reducing adaptors are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows, crosses, tees and adaptors are available

240mm Base Mounted Heaters with Tilting Heater Head.

This Vacuum Stage Heater was built alongside some of the leaders in Solar Panel manufacturing processes. Heating up to 1300°C, this high-performance unit is built for long-term use under production conditions in harsh environments such as selenium alloy deposition.

For more information regarding specifications, application, or modifying the build to your requirements, please contact us.

Heater Arrangement:
• Stainless Steel water-cooled mounting flange with water-cooled Molybdenum feedthroughs. Carbon fibre reinforced carbon heating element on ceramic support placed in a graphite housing with Graphite cover plate.
• The heater head is tiltable up to 30° in both directions. An indicator for the inclination angle is included in the design.
• The heater head consists of graphite housing, ceramic support, heating element and Graphite cover plate.
• Resistance of complete heater (plug, wiring included) 5.9 6. Ohm +/-20% @ 1300°C.
• Internal cooling water hoses.

Cooling water system:
• Absolute system pressure: 10 bar
• Minimal differential pressure: 2 bar
• Maximal water flow: 2l/min @ 2 bar differential pressure
• Maximal inlet temperature: 25°C
• Maximal outlet temperature: 45°C

Cooling water couplings used:
• Inlet: LP006-2-WR517
• Outlet: SP006-0-WR517
• Supplier: Walther Präzision

Power connector used:
• Type: HAN Modular heavy duty power connector
• Base flange specification: DN63 CF, sealing with silver plated Cu ring gasket, bolted to the chamber

* Modifications can be made to the heater stage (e.g. flange) subject to application and requirements.

CF Tees Fixed are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L stainless steel. Helium leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: stainless steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

CF Tees are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L stainless steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

CF Tees Fixed are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L stainless steel. Helium leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: stainless steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

CF Tees are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L stainless steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

KF Tees are used to bring in branch lines of matching sizes into a single main line.

Manufactured from: 304 Stainless Steel. Helium leak tested to 10-8 mbar. KF Tees are supplied in a sealed plastic bag protected by plastic caps.

KF Tees are compatible with other supplier’s products and are manufactured to the ISO Standard.

CF Tees are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L stainless steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

CF Tees Fixed are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: stainless steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

CF Tees Fixed are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: stainless steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

CF Tees are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L stainless steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

KF Tees are used to bring in branch lines of matching sizes into a single main line.

Manufactured from: 304 stainless steel. Helium leak tested to 10-8 mbar. KF Tees are supplied in a sealed plastic bag protected by plastic caps.

KF Tees are compatible with other supplier’s products and are manufactured to the ISO Standard.

CF Tees Fixed are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

CF Tees are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L stainless steel. Helium Leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L stainless steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

KF Tees are used to bring in branch lines of matching sizes into a single main line.

Manufactured from: 304 Stainless Steel. Helium leak tested to 10-8 mbar. KF Tees are supplied in a sealed plastic bag protected by plastic caps.

KF Tees are compatible with other supplier’s products and are manufactured to the ISO Standard.

KF Tees are used to bring in branch lines of matching sizes into a single main line.

Manufactured from: 304 stainless steel. Helium leak tested to 10-8 mbar. KF Tees are supplied in a sealed plastic bag protected by plastic caps.

KF Tees are compatible with other supplier’s products and are manufactured to the ISO Standard.

CF Tees Fixed are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees Fixed are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

CF Tees are used to bring in a branch line of the same size into a main line.

Manufactured from: 304L Stainless Steel. Helium leak tested to 10-10 mbar. They are supplied in a sealed plastic bag with protective plastic caps.

The CF Tees are manufactured to the CF Standard and are compatible with other supplier’s product.

• Material: 304L Stainless Steel
• Bakeable to 450°C
• Vacuum Rating 1×10-11 mbar
• Wide range of elbows and crosses are available

CF100 Load Lock Chamber SS 304L.

Load lock chambers are used to allow quick sample transfer, increasing the number of processes that can be run in a day. In addition, the process chamber remains under vacuum, keeping it clean and with minimum oxygen levels.

Key features / benefits of the Tigfusion load lock chamber:

• Increase productivity
• Improve film quality
• Enable additional pre and post coating processes
• Best price – purchase direct from the manufacturer
• Customisable standard designs – materials held in stock to give best price and lead time
• Supplied clean to UHV standards
• Delivered on time