ConFlat® (CF) UHV Flanges & Components

304L SS Standard ConFlat® (CF) UHV Flanges
Four versions of UHV flanges offered: Fixed, rotatable, clearance-holes, and tapped holes. Available in either imperial and metric bolt style.

316LN SS Standard ConFlat® (CF) UHV Flanges
Four versions of UHV flanges offered: Fixed, rotatable, clearance-holes, and tapped holes. Available in either imperial and metric bolt style.

DN10CF (1" OD (25.4mm)) 316L SS Standard ConFlat® (CF) UHV Flanges
Micro CF flanges are used for compact and critical space applications.

Aluminum A2219 Standard ConFlat® (CF) UHV Flanges
Lightweight and non-magnetic for applications sensitive to magnetic materials. Blank (Blind) and weld neck offered.

Zero-Length Reducer ConFlat® (CF) UHV Flanges
Adapt two different size knife-edge flanges that need to be bolted together. Available in either imperial and metric bolt style.

304L SS Double-Faced ConFlat® (CF) UHV Flanges
Double-faced CF flanges feature the same sized knife-edge sealing surface on both sides.

ConFlat® (CF) UHV Nipples
A variety of full, half, straight and conical reducer versions available.

ConFlat® (CF) UHV Elbows
Fabricated from 304L stainless steel tubing and knife-edge CF flanges, radius and miter designs available in 45° or 90°.

ConFlat® (CF) UHV Tees
Fabricated from 304L stainless steel tubing and knife-edge CF flanges. Standard and reducer options available.

ConFlat® (CF) UHV Crosses & Cubes
6-way cubes, standard 4-way, 5-way and 6-way crosses as well as, 4-way reducing crosses available.

ConFlat® (CF) UHV Bellows
Flex metal edge-welded and hydraulically formed bellows available.

ConFlat® (CF) UHV Gaskets
A full range of OFHC copper, annealed copper, gold-plated copper, silver-plated copper, annealed nickel, aluminum, and elastomeric fluorocarbon gaskets for CF flanges.

ConFlat® (CF) UHV Hardware & Accessories
Imperial and metric bolt, screw, and plate sets for clearance and tapped flanges.

Vented Hardware
Vented hardware is designed specifically for vacuum use-preventing gas pockets from forming, resulting in a quicker pump down of a vacuum chamber.
