Print this page

A801

Rate this item
(2 votes)

A801 DOUBLE ACTING COMPLETE PNEUMATIC PISTON

  • PROVIDES EXCELLENT COMPLETE SEALING AND GUDENING PERFORMANCE
  • COULD BE USED WITH OR WITHOUT CUSHIONING
  • VERY GOOD RUST PROTECTION BECAUSE OF ELESTOMER COVERING
  • SUITABLE FOR OILED OR OIL-FREE WORKING CONDITIONS
  • EASY INSTALLATION
  • VERY SMOOTH WORKING PERFORMANCE DUE TO DESIGN
  • HIGH WEAR RESISTANCE
  • VERY ECONOMIC
  • WIDE RANGE DIMENSIONS AVAILABLE

General Properties

A801

Technical Properties

A801 DOUBLE ACTING COMPLETE PNEUMATIC PISTON

ALP A801 complete pneumatic piston is designed to be used especially for short stroke pneumatic iron and aluminium cylinders as a complete piston.

A801 double acting complete piston is manufactured with high specification special 80 shore ALP NBR compound, double cup seal, and 80 shore NBR vulcanised metal disc support as standard and could be manufactured with ALP FKM compound for extreme working conditions on your demand. Please contact our sales team for pricing and lead time, This email address is being protected from spambots. You need JavaScript enabled to view it..

Wide range of sizes available on Exstock.

ALP A801 complete piston offers a versatile design that accommodates nearly all cylinder types, excellent sealing and guidening performance at the same time, very good wear resistance, easy installation to piston rod without using other sealing elements, ideal corrosion protection because of elastomer covering, immediate full pressure response because of special design and is suitable for oiled or oil-free working conditions (note that the seal should be lubricated on assembly).

A801 double acting piston seal is to be used safely for pneumatic cylinders with or without using cushioning.

 
TECHNICAL DATA
Working Pressure 16 Bar
Working Pressure 1 m/sn
Working Temperature -30 +105
Material 80 NBR + Sheet Metal
Media Mineral Base Hydraulic Oil
 
Surface Roughness
  Rmax
Working Surface ≤4 μm

 

Read 56248 times Last modified on Monday, 11 April 2016 11:14