Cerma molecules are able to penetrate gum and varnish residual buildup

Cerma Nano-molecules are non-petroleum based ions with an extremely high affinity towards metal surfaces. Cerma molecules are able to penetrate gum and varnish residual buildup on surfaces without the use of solvents. Once cerma has reached the metal surface after penetrating the varnish buildup, it forms a ceramic shield that protects the metal. Once bonded, the metal surface no longer has cracks or pores for the gum/varnish particulate to latch onto. Once Cerma is set, it releases vanish and carbon buildup back into the lubrication stream to be cleaned by the inline and/or bypass filtration system.

Cerma starts to activate at normal equipment temperatures. The higher the temperature, the faster the activation time, the more hours of constant operation, the faster the final results will become apparent