Wear Ring / Wiper

These are one-piece snap-in type rod wipers designed for light duty applications. The U-Cup portion of these wipers serves as a secondary safeguard against leakage past the primary rod seal. H Wipers are not pressure seals.

A one piece press-in type rod wiper designed with a secondary U-Cup. The RL style wiper lip provides a reduction in apparent and rod seal leakage while maintaining equivalent ingression resistance to a sharp lip wiper.

The DS wiper has a slotted heel, which helps vent backpressure. Raised portions on the outside diameter provide improved outside diameter ingression resistance.

The wiper is rigid enough to handle the toughest of scraping environments such as dry/wet mud and ice, yet sensitive enough to exclude fine dust and moisture. The MC series contains a Lubrithane element encased in a metal retainer, providing both a mechanical bond because the Lubrithane overlaps a portion of the retainer as well as a good chemical bond. A high quality steel metal retaining ring of the proper wall thickness provides adequate strength for the various diameters.

This wiper is ideal for most applications including contaminated environments.

It is a double acting wiper seal of polyurethane with steel case for press fit assembly .There is a retaining ring to provide safer fixation when pressure is trapped . The wiper seal is to prevent contamination particles in the hydraulic system as it is the most common reason for breaking down and short service life of seal.

WGT/ WAT Reinforced nylon wear guide to prevent metal to metal contact, allowing metal components to be selected without fear of scoring damaged to sealing surface. Available in angle cut (WAT ) and standard butt-cut (WGT) design

Fluor/S calibrated bearing tapes made of filled PTFE are mainly used as bearings, due to their low friction coefficient and total absence of stick-slip effect, as the ideal solution for pneumatic applications with irregular or total lack of lubrication, in discontinuous mechanism equipments, such as hydraulic or electro-hydraulic servo-systems, thanks to the fact they avoid metal to metal contact reducing wearing.