Wipers, Lights DP4EP22
Fuel Injection Systems DP4DP31DTS10®HI-EX®
Oil/Water Pumps DP4DP31DTS10®HI-EX®EP43EP64
Valvetrain, Starters, Tensioners, Alternators, Pulley Dampers DP4DP11DTS10®EP43
Heating/AC DP31
Steering Systems DP4DP11DTS10®EP43
Doors, Hood, Trunk, Roof Hinges DP4DP11
Seating Systems DP4DP11EP22
Convertible Tops DP4DP11EP22
Driveshafts, Axles, Brakes DP4DX®10HI-EX®
Shock Absorbers/Struts, Suspension DP4DP11DP31DX®10
Powertrain, Transmissions, Transfer Cases, Differentials, Dual Mass Flywheels DP4DP11DP31DTS10®EP22EP43EP64HI-EX®
Clutches DP4DP11HI-EX®
Pedals DP4EP22
DP4

DP4

Structure

Metal-Polymer Composite Material

Characteristics

  • Good wear and low friction performance over a wide range of loads, speeds and temperatures in dry running conditions
  • Very good performance in lubricated applications and good performance in greased applications
  • Suitable for linear, oscillating and rotating movements
Learn more about DP4
DP11

DP11

Structure

Metal-Polymer Composite Material

Characteristics

  • Very good wear and low friction performance over a wide range of loads, speeds and temperatures in dry running conditions
  • Particularly suited to dry applications with high frequency and low amplitude oscillating movements
  • Suitable for linear, oscillating and rotating movements
Learn more about DP11
EP™22

EP22

Structure

Thermoplastic bearing compound

Characteristics

  • Good bearing performance in dry working conditions, and very good performance in lubricated or marginally lubricated applications
  • Corrosion resistant in humid/saline environments
  • Very good price and weight performance ratios
Learn more about EP22
DX®10

DX®10

Structure

Metal-Polymer Composite Material

Characteristics

  • Perfect for heavy duty and harsh environments
  • Excellent chemical and erosion resistance
  • Good fatigue strength and wear performance
Learn more about DX®10
HI-EX®

HI-EX®

Structure

Metal-Polymer Composite Material

Characteristics

  • Marginally lubricated material with good wear resistance under thin film conditions
  • Standard bearings supplied with indents for optimum retention and distribution of the lubricant over the sliding layer
  • Available with non-indented overlay for hydrodynamic applications
Learn more about HI-EX®
DP31

DP31

Structure

Metal-Polymer Composite Material

Characteristics

  • Excellent low friction and wear resistance in lubricated applications
  • Excellent flow erosion and cavitation resistance
  • Very good fatigue strength
Learn more about DP31
DTS10®

DTS10®

Structure

Metal-Polymer Composite Material

Characteristics

  • The first polymer-lined bearing for lubricated conditions offering low friction and high wear resistance that is designed to be machined on-site for tight tolerances
  • Excellent wear resistance and low friction in lubricated hydraulic applications
  • Excellent chemical resistance, fatigue strength, cavitation and flow erosion resistance, and good behavior in dry start-up conditions
Learn more about DTS10®
EP™43

EP43

Structure

Thermoplastic bearing compound

Characteristics

  • Very good bearing performance in dry working conditions, and good performance in lubricated or marginally lubricated applications
  • Corrosion resistant in humid/saline environments
  • Very good price performance ratio for high temperature applications
Learn more about EP43
EP™64

EP64

Structure

Thermoplastic bearing compound

Characteristics

  • Good performance in lubricated or marginally lubricated applications
  • Excellent flow erosion and cavitation resistance
  • Corrosion resistant in humid/saline environments
Learn more about EP64