Kramp - It's that easyKramp - It's that easy
Search by article number, brand or keyword
Loading...

Rod seals, type PU

Loading...
Browse to product table

Interested in buying products?

Want to know more about the prices or order directly? This is possible when you are affiliated with a dealer in your area.

  • Tailored advice from our specialists
  • More than 500.000 products
Long description
The cuffs made of polyurethane have a symmetrical profile, i.e. the sealing lips are the same length. This design allows these cuffs to be used for both rod and single-acting piston seals.
Pros
  • Highly flexible and easy assembly in closed room
  • Very good oil resistance
  • High tensile strength
  • High wear resistance
  • Suitable for both rod sealing and piston sealing
Product details
  • Seal for double-acting and single-acting cylinders
  • Temperature range: -30°C to 100°C
  • Material : polyurethane
  • Symmetrical profile
  • Max. 400 bar
  • Series U type PU seals are replaced by Series SA-UN seals
  • Types 605 and 663 have an asymmetrical profile* and are therefore only suitable for sealing piston rods. So never mount on a piston!
  • Type 601 has a symmetrical profile* and is therefore suitable for both piston rod sealing and piston sealing.
  • *Asymmetrical profile: the inner lip is shorter than the outer.
  • *Symmetrical profile: both the inner and outer sealing lips are the same height.
  • For an application specifically as a piston seal, please refer to type ZA-UN under piston seals.

Interested in buying products?

Want to know more about the prices or order directly? This is possible when you are affiliated with a dealer in your area.

  • Tailored advice from our specialists
  • More than 500.000 products
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...Loading...Loading...Loading...Loading...Loading...Loading...
Loading...