Resins

vinyl ester resins have a higher resistance to corrosive chemicals and environments than regular unsaturated polyesters. For this reason, vinyl ester resins and vinyl ester blended with polyester are also used extensively in the marine industry to produce an effective water-resistant barrier for boat hulls and other parts. Vinyl ester resins can be formulated to perform in a variety of applications requiring increased strength over polyester resins and in many cases they bridge the applications gap between polyester resin and epoxy resin.This resin has high corrosion resistant.

epoxy resins comprise a wide family of materials today. Thanks to their high strength, versatility, and excellent adhesion to a variety of surfaces, epoxy resins have gained wide acceptance in diverse applications (coatings, electrical, casting resins, composites, etc.). High strength Low Shrinkage Excellent adhesion to various substrates Effective electrical insulation Chemical and solvent resistance, and Low cost and low toxicity

MMA stands for methyl methacrylate. This is an acrylic resin and the system consists of a primer which goes over the substrate), a bodycoat (which could be very thin up to 1/4-inch thick), and a topcoat to seal the finished floor.These floors can also be colored in a variety of ways utilizing colored flakes, quartz sands and pigments, which can be decorative or anti-slip.

Polyvinyl chloride (PVC) foam sheets are produced by expanding the reactive liquid in a controlled space and under tightly controlled conditions. This produces a wide variety of foam densities that are used in a multitude of applications. Lightweight and rigid with excellent mechanical and structural properties, PVC core is extremely consistent in cross section and bonds well to resin and laminate constructions. Like balsa core, scored and cut PVC conforms to mold contours and is used across market and product segments including marine, wind energy, transportation and corrosion.