BETTS CH75358TF
Parts
€118.60
Seller Information
View Seller InformationTRI-STATE TRAILER - CINCINNATI
Contact:Parts Staff-Cin
Phone:(513) 874-4880
Cincinnati, Ohio, USA 45246
Shipping Information
In-Store Pickup
Curbside Pickup
Shipping Available
General
Available
5
Condition
New
Manufacturer
BETTS
Description
Betts CH75358TF Teflon Rebuild Kit – Top Hat Style Seal Kit for Internal Hydraulic Valves
The Betts CH75358TF Teflon Rebuild Kit is a premium, top hat style seal kit designed for rebuilding and restoring the performance of Betts internal hydraulic valves used on fuel and chemical transport tankers. Engineered with high-quality Teflon (PTFE) components, this rebuild kit delivers superior chemical resistance, exceptional durability, and leak-proof sealing in the most demanding liquid handling environments.
Ideal for maintenance professionals, tanker operators, and repair technicians, the CH75358TF rebuild kit ensures continued reliable operation and compliance with DOT and EPA regulations for fuel and chemical transportation.
Key Features & Benefits:
✅ Top Hat Style Rebuild Kit – Specifically designed for Betts internal hydraulic valves with top hat seal configuration
✅ Constructed from Premium Teflon (PTFE) – Exceptional resistance to fuel, chemicals, heat, and wear
✅ OEM-Grade Replacement Parts – Ensures a perfect fit and factory-spec performance
✅ Restores Valve Integrity & Performance – Eliminates leaks and enhances valve operation
✅ Supports Regulatory Compliance – Helps maintain system safety and environmental compliance
✅ Ideal for Fuel & Chemical Tankers – Perfect for use in petroleum, chemical, and hazmat transport applications
✅ Easy Installation – Includes all necessary seals and components for a complete internal valve rebuild
Keep your hydraulic valve system operating at peak performance with the Betts CH75358TF Teflon Rebuild Kit – the trusted choice for those searching for a reliable, high-performance internal valve rebuild kit for top hat style Betts hydraulic valves. Perfect for extending valve life and reducing downtime in critical transport operations.