icon_phoneicon_emailicon_formicon_map

Hunger DFE –

Sealing Systems and Bearing Elements

Sealing and bearing elements play a definitive role in hydraulic and pneumatic cylinders in the interaction between the individual cylinder components. Over the past few decades Hunger has with great intensity pressed ahead with continuous development of existing sealing technologies. Distinctive characteristics of the patented Hunger sealing and bearing elements are the outstanding sealing effect with minimum friction and the exclusion of any metal-to-metal contacts within the hydraulic cylinder. Scoring on the piston rod and cylinder tube is therefore prevented, increasing the cylinder life. The basic materials used are high-quality plastics and elastomers, which are further refined using special processes. Additives improve the sliding properties and resistance to pressure and abrasion of the end products. Maintenance work during the operational life of the cylinder is considerably reduced.

Today Hunger DFE has at its disposal a wide range of skills in the development, project planning and manufacture of standard and special seals for numerous fields of application. Components for fixing electronic parts used in measuring technology and elements for plastic processing, chemical and plant engineering form just as much a part of the daily production range.

 

video

You will find us at:

Shanghai New International Expo Center - SNIEC

23.-26. October 2019

Read more ...

International Maritime Defense Industry Exhibition

Read more ...

Expoville Brasilien

17.-20. September 2019

Read more ...

News · Projects

follow-up report

Hanover. April 2019: This year's Hannover Fair was once again something special for everyone involved. Also the Hunger Hydraulics Group participated again with a 143 m² booth in hall 21, booth D 16.

The stand concept convinced with a clear…

Read full article / view all pictures
Technical distribution

High density of experts

published by: "O+P Fluidtechnik" November 2018
author: Peter Becker, O+P Fluidtechnik