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Product FlyersProduct Overview BrochureThis brochure provides a comprehensive overview of Technetics Group's product line, offering custom sealing solutions for critical industries. -
Product FlyersMetal Seals Master CatalogTechnetics Group is committed to providing the highest quality metal seals and sealing systems. We provide seals for use in...
The KENOL® joint enables high-sealing performance with a very simple and proven concept that lasts many years. The KENOL® joint combines best-in-class sealing performance and ease-of-use for quick and repetitive opening and closing of a flange.
The KENOL® joint outperforms other designs for high vacuum, cryogenic and relatively high-temperature applications in sealing performance with a low overall operating cost. The metal cup seal is the only replacement part. There is no deformation of the piping by parasitic torque and there is easy low-load tightening, facilitating opening and closing.
Technetics has the ability to adapt the KENOL® solutions to your very specific, complex and critical applications, using custom material combinations which make the KENOL® joint and seal a perfect fit to your applications.
Features & Benefits
- Easy assembly and disassembly
- Low tightening torque
- No torque applied on the pipe during tightening
- Excellent sealing levels up to 10-9 atm. cm3. s-1 (gas volume of
1 thimble over 50 years) - No seal creep
- Tightening force: low compared with other metal seals
- Suitable for machined surface conditions Ra 0,2 to 3,2
- Cost-effective (the only replacement part is the metal cup)
- Large range of materials (aluminum, silver, copper, stainless
steel, Inconel and other exotic metals
Product Applications
All engineering and industrial fields requiring high-level of sealing, particularly:
- Vacuum and ultrahigh vacuum technology
- Particle accelerators
- Cryogenics
- Aerospace
- Petrochemicals
- Electronics
- Physics laboratories
- Nuclear industry
Specifications
KENOL
| Temperature | Pressure | Leak rate |
|---|---|---|
|
- 270°C to + 600°C (-454°F to 1112°F) |
ultra high vacuum to several hundred bar |
1.10-9 atm cm3. sec.-1 helium |










