Crafted with advanced SF-2 composite material, this wrapped oilless bearing bushing features a built-in solid lubricant layer with a unique oil storage hole design. It eliminates the need for regular grease lubrication, reduces friction and wear significantly, and delivers long-lasting, maintenance-free performance even in continuous operation, saving you time and maintenance costs.
Made of high-strength steel backing with a copper-plated surface and a PTFE-based friction-reducing layer, this composite bearing sleeve offers exceptional radial load capacity, impact resistance, and wear resistance. The hardened steel base provides structural stability, while the low-friction inner layer ensures smooth operation, making it ideal for heavy-duty industrial and mechanical applications
Perfect replacement sleeve for a wide range of equipment, including industrial machinery, hydraulic cylinders, automotive chassis, gearboxes, agricultural equipment, construction machinery, mold guide systems, and more. Available in a full range of standard inner diameters, outer diameters, and lengths to fit diverse mechanical components and maintenance needs.
Each SF-2 self-lubricating bushing is manufactured to strict international dimensional standards with tight tolerances and a wrapped split design. The split structure allows for easy press-fit installation without modification, ensuring a snug, secure fit in the mounting bore, reducing vibration, and preventing premature wear and equipment downtime.
Designed to withstand high temperatures, high loads, and dusty or corrosive working conditions, this oilless bearing bushing maintains consistent performance in extreme environments. The corrosion-resistant copper surface and stable lubricant layer ensure long service life, making it suitable for both indoor and outdoor heavy-duty applications.
Description
Each bushing is manufactured to strict international dimensional standards with tight tolerances and a wrapped split design. The split structure allows for easy press-fit installation into mounting bores, eliminating the need for complex machining or modification. The consistent wall thickness and uniform lubricant layer ensure a perfect fit, smooth rotation, and reduced vibration, preventing premature equipment failure and downtime.