Improve oil control. Reduce heat. Maintain performance.
Oil pans operate in a demanding environment where both lubrication efficiency and temperature control directly affect engine performance. Our coatings work on two fronts: internal coatings promote faster oil return, while external coatings dissipate heat to maintain stable oil temperatures.
For complete engine thermal management, pair with piston coatings and bearing coatings.
Internal coating promotes oil shedding back to the sump.
External coating helps reduce oil temperatures.
Maintains oil performance under high load and heat.
Cooler oil means better protection for bearings and moving parts.
Oil is the lifeblood of any engine — and how quickly it returns to the sump affects everything from windage losses to consistent oil pressure. Meanwhile, oil that runs too hot loses viscosity and protective capability.
Internal oil-shedding coating is applied inside the pan to promote faster oil drain-back. Oil flows more freely to the sump rather than clinging to surfaces, improving overall lubrication efficiency and reducing windage losses at high RPM.
External heat-dispersant coating (TLTD) helps radiate heat away from the pan surface, working to lower oil temperatures and maintain viscosity under demanding conditions.
Internal coatings improve oil return and lubrication efficiency. External coatings dissipate heat to help reduce oil temperatures.
Yes. Internal coatings promote oil shedding, allowing oil to return faster to the sump and improving overall lubrication performance.
External heat-dispersant coatings radiate heat away from the pan, helping control oil temperatures during operation.
No. They benefit both performance and street-driven vehicles by improving lubrication efficiency and thermal control.
Yes. Many customers combine oil pan coatings with piston, bearing, and cylinder head coatings for complete engine protection.
Reduce oil temperatures and improve lubrication efficiency with coatings designed for real-world performance.