Self-Lubricating Bushes Built for Low-Maintenance Performance
Imagine replacing a worn bush only to have the same component fail again months later because lubrication couldn't reach the bearing surface. In many industrial applications, that's exactly why UBC Glacier (DU) Bushes are chosen. Their self-lubricating design helps reduce friction, minimise maintenance & deliver dependable performance where regular greasing is difficult or impractical.
Whether you're rebuilding hydraulic equipment, servicing agricultural machinery or maintaining production equipment, Industrial Shed supplies genuine UBC Glacier (DU) Bushes trusted across Australian industry.
What Are UBC Glacier (DU) Bushes?
Unlike traditional bronze bushes that rely on continuous lubrication, Glacier (DU) Bushes use a composite bearing material with a low-friction PTFE-based sliding surface. This construction allows the bush to operate with little or no ongoing lubrication while maintaining smooth performance under high loads.
They're widely used where oscillating movement, slow rotational speeds or limited maintenance access make conventional bushes less practical.
If your application requires alternative bearing solutions, compare our Rod Ends, Plain Bearings & Bushings, Spherical Plain Bearings & Needle Roller Bearings collections to determine the most suitable option for your machinery.
Why Choose UBC Glacier (DU) Bushes?
Reducing maintenance isn't simply about saving time. It also helps improve equipment reliability, reduce operating costs & minimise unexpected downtime.
UBC Glacier (DU) Bushes offer several advantages:
► Self-lubricating operation
► Excellent wear resistance
► Low coefficient of friction
► High load carrying capability
► Suitable for oscillating movement
► Compact design
► Reliable performance in demanding industrial environments
Where bushes are installed within pivot assemblies or mechanical linkages, inspecting associated Sleeves can help ensure the complete assembly performs as intended after maintenance.
Common Applications
Because they perform well without constant lubrication, Glacier (DU) Bushes are found in machinery operating across a wide range of industries.
Typical applications include:
► Hydraulic cylinders
► Agricultural equipment
► Construction machinery
► Earthmoving equipment
► Material handling equipment
► Conveyor systems
► Packaging machinery
► Mining equipment
► Industrial automation
During major overhauls, many maintenance teams also inspect Mounted Bearing Units & Housings & Accessories where surrounding bearing assemblies are part of the same machine.
Product Selection Guide
Selecting the correct bush involves more than measuring the inside & outside diameter.
Operating load, shaft finish, sliding speed, operating temperature & environmental contamination all influence bush performance. Applications exposed to abrasive dust, moisture or vibration should always be assessed as part of the selection process.
Where rotating equipment forms part of the same assembly, inspecting Power Transmission during maintenance can help identify additional components showing signs of wear before machinery returns to production.
For businesses undertaking broader equipment rebuilds, Fastener Guide Bolts Screws Anchors provides practical guidance when replacing surrounding fasteners & mounting hardware.
Expert Tips
Many premature bush failures aren't caused by the bush itself. Installation practices often have just as much influence on service life.
► Always inspect the shaft for scoring or wear.
► Clean the housing before pressing in a replacement bush.
► Avoid damaging the bearing surface during installation.
► Confirm shaft alignment before returning machinery to service.
► Replace worn mating components where necessary.
For operations looking to improve maintenance planning, Quarry Crews Crusher Maintenance shares practical maintenance strategies used across demanding industrial environments.
Where precision shaft positioning is critical, many technicians also verify assemblies using Alignment Tools (Laser, Dial, Manual) before recommissioning equipment.
