Titanium flange is made of non-ferrous titanium or titanium alloy, which is used to connect tubes to tubes. It is attached to the end of the tube.
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It may be cast, threaded or welded. Flange joint is composed of a pair of flange, a flange and a number of bolts and nuts. The gasket is placed between the two flange sealing surfaces, and after tightening the nut, the specific pressure on the surface of the gasket is deformed after reaching a certain value, and the uneven place on the sealing surface is filled, so that the connection is tight without leakage.
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All-Metal UHV and XHV Sealing for Non-Magnetic Titanium Vacuum Chambers
The Atlas CFTI™: The time-tested reliability of the solid titanium CF flange is well established. Weld the CFTI™ flange to a titanium vacuum chamber, and it becomes completely non-magnetic. Non-magnetic titanium vacuum chambers will not interact with magnetic environments and are commonly utilized for UHV synchrotron, particle physics, various industrial applications, and even XHV quantum physics studies. Such applications include non-magnetic beam tubes, wigglers, undulators, free electron lasers (FEL), drift tubes, and spectrometers.
Light/Low Weight Atlas CFTI™ Flanges: These flanges can be used for weight sensitive applications such as aeronautical, space, or portable systems. Weight-to-volume ratios are 1/3 that of stainless steel flanges, so vacuum chamber engineers are able to significantly reduce overall weight of vacuum chambers. The Atlas CFTI™ Flange provides standard all-metal sealing for titanium vacuum chambers and enables vacuum engineers and designers to fully utilize the exceptional UHV and XHV properties of an all-titanium system.
Titanium flange is made of non-ferrous titanium or titanium alloy, which is used to connect tubes to tubes. It is attached to the end of the tube.
It may be cast, threaded or welded. Flange joint is composed of a pair of flange, a flange and a number of bolts and nuts. The gasket is placed between the two flange sealing surfaces, and after tightening the nut, the specific pressure on the surface of the gasket is deformed after reaching a certain value, and the uneven place on the sealing surface is filled, so that the connection is tight without leakage.
Titanium ConFlat® Flange - Atlas Technologies
To add this product to your quote cart or for CAD file access, please login or create an account .
All-Metal UHV and XHV Sealing for Non-Magnetic Titanium Vacuum Chambers
The Atlas CFTI™: The time-tested reliability of the solid titanium CF flange is well established. Weld the CFTI™ flange to a titanium vacuum chamber, and it becomes completely non-magnetic. Non-magnetic titanium vacuum chambers will not interact with magnetic environments and are commonly utilized for UHV synchrotron, particle physics, various industrial applications, and even XHV quantum physics studies. Such applications include non-magnetic beam tubes, wigglers, undulators, free electron lasers (FEL), drift tubes, and spectrometers.
Light/Low Weight Atlas CFTI™ Flanges: These flanges can be used for weight sensitive applications such as aeronautical, space, or portable systems. Weight-to-volume ratios are 1/3 that of stainless steel flanges, so vacuum chamber engineers are able to significantly reduce overall weight of vacuum chambers. The Atlas CFTI™ Flange provides standard all-metal sealing for titanium vacuum chambers and enables vacuum engineers and designers to fully utilize the exceptional UHV and XHV properties of an all-titanium system.
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