Features
- Electrophoretic Coating Utilizes a form of electroplating to apply a rust-resistant coating directly to the rotor resulting in a highly corrosion-resistant finish
- Corrosion & chemical (brake cleaner) resistant finish
- The Electrophoretic coating provides superior salt spray protection (per ASTM B-117/ISO 9227)
- Premium Core Technology Allows for tighter tolerances and cleaner castings
- Machine Balanced for smooth braking
- Multiple Vane configurations for heat dissipation
- Non-Directional Swirl Finish promotes brake pad bedding and eliminates the need for machining prior to installation
- Engineered and tested to provide years of superior, worry-free operation
Product Details
Electrophoretic Coated Brake Rotors by DuraGo®. DuraGo® has engineered a new line of Electrophoretic Coated Brake Rotors that offer dynamic performance with the utmost in corrosion resistance. Their new Premium Brake Rotors have superior esthetics and pricing values that will strike a chord with the professional installer and automotive enthusiast.
DuraGo Electrophoretic Brake Rotors are thoroughly coated including the inner vanes. Unlike a sprayed on paint, the rotor is fully immersed into a tank and coated by the process of Electrophoretic deposition. During the process, resin particles are suspended within a liquid medium and have a charged placed upon them. Under a charged current, the coating particles migrate to the rotor and are deposited onto all exposed surfaces, resulting in a highly corrosive resistant and durable coating.
Restore superior braking performance with quality, reliable, and affordable disc brake rotors by DuraGo that are made in ISO (International Organization for Standardization) certified factories to comply with original equipment standards. This precision balanced part ensures factory-like fit, form, and function and is engineered according to strict metallurgical criteria to guarantee dependable braking performance, high strength, and reduced brake noise. In the manufacturing process, each product is subjected to multi-stage quality control tests to make sure it meets dimensional and weight specifications. During these QA procedures, Thickness Variation, Run Out, Parallelism and Dimensional Verification tests are performed.