Roll Pin - The Main Resource

The Main Resource TMRRP27040080 Roll Pin provides a dependable, non-threaded fastening solution essential for demanding automotive and industrial assemblies. Engineered for professional use, this heavy-duty spring pin ensures precise component alignment and secure retention, even under significant load, shock, and vibration, making it ideal for critical repair and maintenance tasks.

Key Features

• Secure, Self-Locking Fit: Features a slotted, spring-steel design that expands within the bore, creating a robust friction fit without the need for additional fasteners or adhesives.
• Streamlined Installation: Chamfered ends facilitate smooth, press-fit insertion, minimizing potential bore damage and accelerating assembly processes.
• Vibration and Impact Resistance: Engineered to maintain positive engagement and position in high-RPM and high-impact environments, ensuring stable mechanical operation in demanding systems.
• Professional-Grade Durability: Constructed to endure the rigors of continuous service in professional shop environments, offering long-term reliability and consistent performance across numerous load cycles.
• Efficient Serviceability: Designed for straightforward removal with a standard punch, allowing for quick disassembly, inspection, or replacement during routine maintenance and rebuild procedures.

Applications

The TMRRP27040080 roll pin is widely used to secure components such as levers, gears, and pulleys on shafts, precisely locate parts within housings, and serve as reliable hinge or pivot pins. In automotive settings, these pins are commonly found in manual transmissions, shifter assemblies, throttle and clutch linkages, and various brake components. Its versatility makes it suitable for general repair, fleet maintenance, and production work across both automotive and industrial sectors.

Note: Always verify the diameter, length, and material requirements for TMRRP27040080 against OEM service information or engineering prints before ordering to ensure correct fit and optimal performance in your specific application.