Duoflow Design for Low-Speed Applications: Tailored for low-speed air, hydraulic, and brake fluid applications, this rotating union features a duoflow design to optimize performance in specific operating conditions.
Self-Supported Rotating Union: Ensure stability and reliability with a self-supported rotating union, providing seamless operation in various low-speed applications.
Composite Bearing: The inclusion of a composite bearing enhances durability and efficiency, contributing to the reliable performance of the rotating union in demanding low-speed scenarios.
Vent Holes and Special Seals: Designed with vent holes strategically placed between passages and equipped with special seals, this union is adept at managing the unique requirements of low-speed air, hydraulic, and brake fluid applications.
Hardened Sealing Surface: The union incorporates a hardened sealing surface, ensuring longevity and consistent sealing performance even in prolonged low-speed operations.
Robust Construction: Built with an aluminum housing and a steel rotor, the union combines strength and resilience to withstand the challenges associated with low-speed applications.
Triple-Passage Tandem Model: For added versatility, a triple-passage tandem model is available, offering flexibility to meet specific operational needs in low-speed applications.