PE-100 is a solvent-less, two component epoxy coating system. It exhibits very good appearance and chemical and physical properties.

PE-100FC is a solvent-less, two component epoxy coating system, that was designed for fast cure applications. It exhibits a very good appearance and physical properties. Meets LEED norms.

PE-LT is a solvent-less, two component epoxy coating system, designed for low temperature applications. It exhibits very good appearance and physical properties. This system has the advantage of being fast curing at low temperature.  It exhibits high mechanical strength and good resistance to organic acids.

PE-CREXT is a high-built solvent less two components epoxy novalac coating system designed for severe service coating. It exhibits very good finish and chemical properties. It exhibits very good solvent and chemical resistance. It is suitable for use in direct exposure in manufacturing facilities, warehouses, laboratories, dairies, breweries, chemical plants, paper mills, food processing and pharmaceutical manufacturing.

PE-CR is an epoxy coating system. It exhibits very good solvent and chemical resistance. It is suitable for use in direct exposure in manufacturing facilities, warehouses, laboratories, dairies, breweries, chemical plants, paper mills, food processing and pharmaceutical manufacturing.

PE-OP is a solventless two components epoxy coating system with an orange peel finish. It has an exceptional resistance to abrasion and to a large number of aggressive chemical products. It may be applied on concrete, wood, metal and on any previously applied coating that is well bonded to the substrate.

PE-MF-100 is a 100% solids, two component, epoxy urethane hybrid, coating membrane. It is designed to be used as seamless waterproof membrane to protect concrete from water damage. It also offers excellent chemical resistance and protects against common parking deck chemicals. It is skid resistant and offers excellent durability and abrasion resistance. It exhibits very good mechanical properties, such as high elongation and tear resistance.