366 Roving is specifically designed for use in pultrusion and filament winding applications in polyester, vinylester and epoxy resin systems. 366 has also been successfully used in acrylic resin and polyurethane resin systems.
366 can be used in a variety of processes to manufacture pipes, tanks, ladder rails, pultruded structural shapes and grating systems.

SE 1200 Roving is specifically designed for use in knitting and weaving applications in polyester, vinyl ester, and epoxy resin systems. SE 1200 rovings can be used in a variety of processes to manufacture knitted or woven glass fabrics, central stiffness members for fiber optic cabling, and filament wound pipe, tubes, or tanks. SE 1200 is designed to maximize fatigue performance in polyester resin. SE 1200 is specifically designed to optimize performances with Advantex® glass, Owens Corning’s trademarked corrosion resistant E glass.

SE 2350 is designed to be used in applications demanding high strength, excellent fatigue life, and excellent processing. Typical applications include small diameter oil field pipe, down hole tubing, well casing, and chemical processing pipe.
SE 2350 can also be used in aerospace, military, transportation, and electrical applications.

Single-End Rovings are reinforcement products for filament winding, long-fiber thermoplastics, pultrusion, knitting and weaving applications with polyester (UP), vinylester (VE), epoxy (EP), phenolic (PN), polypropylene (PP), polyamide (PA) resin systems. Single-End Rovings are produced by pulling individual fibers directly from the bushing and winding them onto a roving package ready for shipment. The uniform distribution of a proprietary sizing system ensures an excellent resin-to-glass binding through uniform distribution of the binding agent.

158B is specifically designed for use in filament winding and pultrusion applications with epoxy resin systems. It is also suitable to reinforce phenolic resins. 158B is the recommended product to be used in applications demanding excellent burst strength. It is approved for use in high pressure vessels.

R25H is specifically designed for use in filament winding and pultrusion applications in polyester, vinyl ester, and epoxy resin systems. R25H maximizes strand wet out, allowing superior mechanical properties for pipes made with a continuous process. Combined with Advantex® glass, Owens Corning’s trademarked corrosion resistant E glass, R25H enhances pipe life-time in chemical and sewage pipe markets. It is also safe for use in pipes used for water distribution. R25H is also suitable for pultrusion of central stiffness members for fiber optic cabling.

SE 2348 is designed for applications demanding high strength, excellent fatigue life and excellent processing. Typical applications include small diameter oil field pipe, down hole tubing, well casing and chemical processing pipe. SE 2348 is also used in aerospace, military transportation and electrical applications.

The rovings P185 are obtained by assembling basic strands wound without international twist on a cylindrical cheese.

The rovings P185 are particularly designed for the production of composites by the filament winding and pultrusion processes as well as the weaving processes.

495 conventional roving is manufactured with state-of-the-art equipment, innovative chemistry and a major commitment to statistical process control. The quality Management Program of Owens Corning manufacturing is certified as meeting the requirements of ISO 9002. Owens Corning 495 roving is manufactured from a collection of continuous glass filaments gathered, without mechanical twist, into a single bundle. The roving is then wound and shipped in a tubeless package ready for use in cstomer continuous operations.

P109 Multi-end Rovings are made from E-Glass basic strands (or ends), assembled with no intentional twist. P109 Rovings are coated with a silane based sizing which makes it compatible with most commonly used thermoset resins. P109 Rovings are intended for production of composites structures with exceptional static and fatigue strengths.