Hydraulic Cylinder - Rod Guide (Internal):
  • DP4
  • DX®
Boom Pivot:
  • GAR-MAX®
  • HSG
Bucket Linkage:
  • HSG
Hydraulic Cylinder - Pivot (External):
  • DX®
  • SY
  • HSG
  • GAR-MAX®
Wiper Arms & Mechanism:
  • DP4
  • EP
Cabin Door Hinge, Control Lever, Pedal & Seat Pivots (Interior):
  • DP4
  • EP
Hydraulic Pumps & Motors, Transmission Transfer Cases, Differentials & Dual Mass Fly Wheels:
  • DP4
  • DP31
  • DTS10
  • SICAL 3D
  • DP11
Track Rollers
& General Undercarriage:
  • SBC with
    GAR-MAX® or
  • SBC with HSG
HSG™

HSG

Structure

Filament Wound Composite Material

Characteristics

  • High static load capacity (twice as much as standard GAR-MAX® bearings)
  • Excellent shock, misalignment and contamination resistance
  • Very good friction and wear properties
Learn more about HSG
GAR-MAX®

GAR-MAX®

Structure

Filament Wound Composite Material

Characteristics

  • High load capacity
  • Excellent shock, misalignment and contamination resistance
  • Very good friction and wear properties
Learn more about GAR-MAX®
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
DX®

DX®

Structure

Metal-Polymer Composite Material

Characteristics

  • Marginally lubricated bearing material for grease or oil lubricated applications
  • Optimum performance under relatively high loads and low speeds
  • Suitable for linear, oscillating and rotating movements
Learn more about DX®
SY™

SY

Structure

Bimetal Bearing with Steel Backing and Leaded Bronze Overlay

Characteristics

  • Particularly suitable for high specific loads with oscillating motion and low frequency
  • Applicable in rough operating conditions
  • High load capacity, very good resistance to fatigue strength at higher temperatures
Learn more about SY
EP™

EP

Structure

Thermoplastic bearing compound

Characteristics

  • Good bearing performance in dry, lubricated and marginally lubricated working conditions
  • Corrosion resistant in humid/saline environments
  • Very good weight and price performance ratio
Learn more about EP
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
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
SBC™ with GAR-MAX®

SBC with GAR-MAX®

Structure

Sealed Filament Wound Composite Material

Characteristics

  • Excellence resistance to shock loading and misalignment
  • Very good friction and wear properties
  • Sealed to exclude contaminants and extend service life
Learn more about SBC with GAR-MAX®
SBC™ with HSG™

SBC with HSG

Structure

Sealed Filament Wound Composite Material

Characteristics

  • Excellence resistance to shock loading and misalignment
  • Very good friction and wear properties
  • Sealed to exclude contaminants and extend service life
Learn more about SBC with HSG
SICAL 3D™

SICAL 3D

Structure

High strength aluminum alloy with anti-friction and wear resistance properties

Characteristics

  • High load capacity
  • Good fatigue and wear resistance
  • High mechanical strength
Learn more about SICAL 3D