PMC Motorsport RS-Series Rod End / Uniball End - Left External Thread (Male) - M10x1.5

The PMC Motorsport RS-Series Rod End is engineered for applications necessitating precise and efficient load transfer, including steering, suspension, and joint systems. It features a male left-hand thread with dimensions of M10x1.5, ensuring compatibility with a wide range of mechanical systems.

This rod end is designed to be maintenance-free and corrosion-resistant, offering lubricant-free operation that significantly reduces upkeep and associated costs. Its high load capacity makes it suitable for transmitting substantial directional loads, while its corrosion-resistant properties ensure reliable performance in adverse weather conditions and extended operational durability.

Constructed with PTFE (Polytetrafluoroethylene), the rod end provides low friction, high-temperature resistance from -50°C to +150°C, chemical resistance, and superior electrical insulation. PTFE fabric bearings are extensively utilized in hydraulics and pneumatics, particularly in hydraulic and pneumatic cylinders, as well as in the automotive sector for suspension and steering systems, and in agricultural and construction machinery joints.

Technical Specifications

• Housing: Heat-treated steel (25CrMo4 - 4130 - 1.7218) with a galvanized hard chrome coating.
• Bearing Bushing: Injection molded from Nylon with PTFE.
• Ball: Bearing steel (52100, 100Cr6, 1.3505, SUJ2, EN31), hardened with a galvanized hard chrome coating.
• External diameter of the rod head: 28mm / 1.10"
• Width of the inner ring: 14mm / 0.55"
• Width of the outer ring: 10.5mm / 0.41"
• Length: 48mm / 1.89"
• Thread length: 28mm / 1.10"
• Maximum static load: 34.5kN / 7,754.11 lbs
• Maximum dynamic load: 30.9kN / 6,954.53 lbs
• Weight: 62g / 0.137lb
• Angle of deflection: 23°

Brand: PMC Bearings

Product Code: PMC-M10x1.5L (M)

Producer Code: 5903707415724

Type: PMC Bearings RS Performance Series

This product is intended for racing use only. DriftParts is not liable for improper installation or misuse.