Skf Fork Bushing Kit For 48mm Forks

Upgrade your motorcycle's suspension with the SKF Fork Bushing Kit, engineered for demanding applications and superior performance. These maintenance-free bushings blend the strength of steel with the low friction of a PTFE-based self-lubricating sliding layer, ensuring a plush and controlled ride.

Description

The SKF composite fork bushings feature a robust steel body for high mechanical strength, incorporating a PTFE-based sliding layer that delivers smooth, low-friction operation. A thin bronze layer enhances heat dissipation, forming a strong bond between the backing and sliding surfaces, while the copper-plated steel backing provides corrosion protection. These bushings eliminate the need for regular maintenance, offering consistent performance and reduced wear. The PTFE-based sliding surface minimizes friction, contributing to a superior riding experience and extended component life. Trusted by OEMs, aftermarket service centers, and riders globally, SKF composite fork bushings set a new standard in motorcycle suspension technology. Enhance your bike's handling and comfort with this advanced bushing kit.

Features & highlights

• Maintenance-free design ensures consistent performance and reduces downtime.
• PTFE-based sliding surface provides exceptionally low friction and minimizes wear.
• Robust steel body offers high mechanical strength and reliable performance under load.
• Enhanced heat dissipation maintains optimal operating temperatures.
• Copper-plated steel backing protects against corrosion.
• Delivers a plush and controlled riding experience.
• Trusted by OEMs, aftermarket service centers, and end-users worldwide.

Technical specifications

• Brand: SKF
• Vendor Part Number: VKWA-MAR48-A
• Fork Tube Diameter: 48.00 mm
• Material: Stainless Steel
• Mounting Position: Front
• Product Name: Bushing
• Type: Fork
• Units: Each

Important to know

Ensure compatibility with your specific motorcycle model and fork dimensions before installation. Professional installation is recommended for optimal performance.