Ceramic particle loading significantly enhances the dynamic chemical performance of the CeRam*Kote 2000^® resin system. Total performance characteristics of CeRam*Kote 2000^®, both chemical and mechanical, are significantly better than liquid epoxy, fusion-bond epoxy and other high performance coatings systems.

CeRam*Kote 2000^® protects by binding ceramic particles to a unique resin system, thus creating an encapsulating ceramic shell. Each ceramic particle is resin coated and becomes tightly packed in the cured film.

The compact density of the cured film of CeRam*Kote 2000^® yields dynamic intangible benefits such as:

High surface lubricity producing a lower drag coefficient on a variety of surfaces.

Extraordinary sliding abrasion resistance providing protection against the forces of erosion/ corrosion and abrasion.

CeRam*Kote 2000^®’s direct-to-substrate one-coat, two-pass system translates to increased production efficiency and significantly reduced down-time, essential in the industry today.

CeRam*Kote 2000^® is a tough barrier coatings for internal immersion service that is highly cross-linked to provide superior chemical resistance. The coatings may be forced-cured with heat for enhanced performance in extremely harsh environments.

Extremely high adhesion to virtually any substrate combined with extraordinary mechanical properties, makeCeRam*Kote 2000^® a superior protective coatings where high abrasion and severe corrosion problems exist.

CeRam*Kote 2000^® is available in white, grey and tan.