PTI GAXSW30 Maintenance Free Rod End-Male-Right Heat Treated Steel

# Bearings The PTI GAXSW30 Maintenance Free Rod End is a high-performance component designed for precision applications in various industries, including automotive and aerospace. This male threaded hollow bore rod end is manufactured from heat-treated steel, ensuring exceptional strength and durability. With its maintenance-free design, the GAXSW30 rod end significantly reduces maintenance requirements, making it an ideal solution for applications demanding reliability and longevity. ## Key Features • **Material**: Constructed from heat-treated steel, providing enhanced strength and fatigue resistance. • **Threaded Design**: Male threaded configuration allows for easy installation and secure connections. • **Maintenance-Free**: Integrated self-lubricating features eliminate the need for regular maintenance, reducing downtime. • **Hollow Bore**: The hollow bore design facilitates routing of cables or other components through the rod end, enhancing versatility. • **High Load Capacity**: Engineered to support substantial loads while maintaining optimal performance in dynamic applications. ## Applications • **Automotive**: Ideal for suspension systems, steering linkages, and other automotive assemblies requiring reliable motion transfer. • **Aerospace**: Suitable for flight control systems and other aerospace applications where precision and durability are critical. • **Industrial Machinery**: Effective in manufacturing equipment and machinery where robust components are essential for operation. ## Benefits • **Reduced Maintenance**: The maintenance-free design minimizes the need for lubrication, leading to lower operational costs and increased efficiency. • **Enhanced Reliability**: Engineered for high performance in demanding environments, ensuring consistent operation and longevity. • **Versatile Use**: The hollow bore feature allows for diverse applications, making it a flexible choice for various assembly configurations. --- *Product information compiled with AI assistance for reference purposes.*