Fiberglide®:
Engineered for Oscillation, Vibration & Wear-Intensive Applications.
Fiberglide® self-lubricating bearing materials are designed for demanding motion-control applications requiring exceptional wear resistance, low friction, and maintenance-free operation. Utilizing woven PTFE fibers permanently bonded to metal or composite backings, Fiberglide bearings excel in oscillating, vibrating, linear, and rotational movements while performing reliably under high loads and harsh operating conditions.
Applications: Construction Equipment • Transportation Systems • Marine Equipment • Industrial Machinery • Material Handling • Fluid Control • Power Transmission
Why Fiberglide®?
Low Friction. Maintenance-Free. High Load Capability.
Fiberglide bearings are designed to operate without grease while supporting high loads and repetitive motion. The woven PTFE fiber construction helps resist wear, minimize stick-slip, and accommodate vibration and shock loading.
Suitable for applications where maintenance access is limited, Fiberglide materials perform across a wide range of operating environments and temperatures.
Key Features
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Woven PTFE bearing surfaces provide smooth movement and reduced operating friction.
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Operates without external lubrication, reducing maintenance requirements.
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Designed to accommodate dynamic loads up to 20,000 psi in oscillating applications.
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Engineered for applications involving repetitive motion and high contact pressures.
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The fabric liner construction helps absorb vibration and shock loads.
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Compatible with many oils, fuels, hydraulic fluids, seawater, and common industrial chemicals.
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Suitable for operating temperatures from -320°F (-196°C) to 400°F (204°C).
Features:
Woven PTFE Fabric Liner
Constructed from woven PTFE fibers and reinforcing fibers bonded to a rigid backing surface.
Steel Backing
Provides structural strength for high-load applications.
Composite Backing
Offers corrosion resistance and reduced weight for specialized applications.
Custom Configurations
Available in a variety of sizes, backing materials, and geometries.
Ideal For:
Aerial Work Platforms
Steering Systems
Suspension Components
Brake Systems
Hydraulic & Pneumatic Actuators
Industrial Valves
Material Handling Equipment
Marine Equipment
Packaging Machinery
Textile Machinery