Heat control. Consistent braking. Reduced wear.
Brake components operate under intense heat and repeated friction cycles. Brake calipers absorb and radiate heat, while pistons move under pressure within the bore. Our coatings target both — managing heat at the caliper and reducing friction at the piston for consistent, reliable braking.
For complete vehicle protection, consider pairing with turbo coatings or engine piston coatings for your build.
Disperses heat from calipers for consistent braking feel.
Smoother piston movement within the bore.
Predictable braking performance lap after lap.
Reduced wear on seals, pistons, and fluid.
Excessive heat is the enemy of consistent braking. It leads to fade, fluid boiling, and reduced pad effectiveness. At the same time, friction within the piston bore can cause uneven pressure and inconsistent pad engagement.
Heat-dispersant coating (TLTD) on calipers helps radiate heat away from the braking system — keeping temperatures lower and braking more consistent during repeated hard use.
Low-friction coating on piston sides reduces resistance within the bore. Ceramic thermal barrier on the piston face limits heat transfer into the brake fluid — helping prevent fluid boil and maintaining pedal feel.
Heat-dispersant coatings help manage temperature buildup and improve braking consistency under repeated use.
A low-friction coating reduces resistance in the bore, while a ceramic coating on the face helps limit heat transfer into the fluid.
Yes. They help maintain consistent braking, reduce wear, and improve reliability under demanding conditions.
No. They benefit both performance and street applications where heat and braking consistency matter.
Yes. Coating the pad backing helps reduce heat transfer into the caliper piston and brake fluid.
Improve heat control, reduce friction, and maintain consistent braking with coatings designed for real-world performance.