Abstract: The present invention discloses a novel process for sealing, restoring and protecting wood surfaces. The process involves application of a reactive silicone compound in solvent to the surface being treated, the evaporation of solvent which starts a polymerization reaction of a silanic hydrogen containing silicone polymer on and within the surface of the wood. The silanic hydrogen containing silicone, which is delivered to the surface of the wood in a solvent, penetrates the wood surface. The evaporation of the solvent initiates the polymerization. The polymer matrix is built up around and within the wood fiber which the solvent solution has penetrated. The polymer fills the surface of the wood making a clear interlocked elastomeric surface which restores the appearance and provides the desired durability.

Abstract: The present invention discloses a novel composition and process for restoring the polymeric top coat applied to automobiles. Modern automobiles have a clear high gloss top coat applied to the painted surfaces. These top coats have a tendency to pit either because of environmental factors like acid rain, or impact with objects such as stones thrown from the road. The compositions and process described provide an efficient cost effective method to restore the pitted surface of the top coat.