Optus

"Optus Resin Technology manufacture liquid resin systems based on Epoxy, Polyurethane and Polyurea products for Industrial, Marine, Architectural, Engineering and Transport markets requiring heavy duty solutions. Optus invests heavily in research and testing to ensure products are at the forefront of technological design and performance. Optus systems are used in a wide variety of commercial, industrial, marine and domestic applications. Optus Resin Bound and Resin Bonded systems are at the leading edge of technology for decorative paving and surfacing. Our resin bound systems can also be used as part of a SUDS surfacing scheme whilst our resin bonded systems are ideal for decorative surfacing combining excellent anti-skid properties with an esthetically pleasing finish. Resin Bound and Resin Bonded products are based on epoxy and polyurethane resins to provide high performance and UV light stability. Our decorative surfacing and paving products are widely used externally on private drives, in paths, around pools and for pedestrian and lightly trafficked areas. These systems are both functional and decorative; improving the appearance and function of existing surfaces. Optus High Friction Anti-Skid systems are used in Marine environments on Linkspans, RoRo, PCTC, Ropax vessels, ferry decks and ramps, on highways, vehicle ramps, car parks, bridges, station platforms and a multitude of other applications where high performance is key. Anti-skid surfaces on Roll on Roll off (RORO) ferries, Pure Car Carriers (PCC) and Pure Car Truck (PCCT) vessels have particular requirements for rapid application, high strength and corrosion protection all of which are provided by the Optus Eurogrip systems. Optus industrial floor systems are mostly solvent free and environmentally friendly. They include roller applied coatings, self smoothing coatings and screeds. Some are formulated to cure at low temperatures suitable for food preparation or for specific areas of manufacturing. All our industrial products are designed to withstand heavy loads and to resist wear from mechanical loading and chemical attack."