Preceramic Chemistry for Next Generation Systems™

High Temperature, Corrosion Resistance, and Abrasive Wear.

Launch of a 5th/6th generation military system using applied hybrid silazane and silane polymers.

Expanding the supply chain for extreme environment resistant materials used in hypersonic systems.

While other SiC pre-ceramic polymers exist, polycarbosilane (PCS) produces a near stoichiometric 1:1 silicon to carbon chemistry, which results in a superior thermomechanical and oxidation resistance capability to maintain structural integrity in extreme environments.

The evolution of the PCS polymer production process has resulted in a supply capability that will meet growing industry demand.

An oil refinery where preceramic polymers can be used to resist exposure to aggressive service conditions.

Surface Protection for the Toughest Environments.

A patent pending polymer technology that combines the toughness and corrosion resistance of a fluoropolymer with the abrasion resistance and durability of a ceramic.

Preceramic coating technology for extreme service conditions targeting High Temperature, Aggressive Chemistries, and Abrasive Wear.

Our vision is to become the market leader in ultra-wear surface coatings, and primary supplier of high performance preceramic polymer resins.