Glass designs - Import export

9703 wet use chopped strand (WUCS), featuring Advantex® glass fibers, is designed for improved line speeds and product strength in the manufacturing of wetprocess glass veils. Provides strength and durability for construction, home furnishings and asphalt roofing shingles. EXCELLENT TENSILE STRENGTH Desirable veil and wet web strength for demanding construction and enduse products for home furnishings. EFFICIENT PROCESSING Designed to improve wet web strength in nonwovens processing, allowing improved line speed and reduced veil defects. IMPRESSIVE MECHANICAL PROPERTIES Advantex® glass helps fight corrosion, enhancing service life compared to standard Eglass. Boronfree Advantex® glass, contributes to decreased emissions, reduces the environmental impact of manufacturing fiberglass, and provides superior performance in corrosive environments compared to standard Eglass.

Ultrablade® X fabric solutions leverage Owens Corning’s proprietary Hybrid Fabrics, that are specially designed to combine Glass and Carbon fabrics to provide unique advantages for superior performance. PRODUCT BENEFITS Higher stiffness Scalable performance Superior fatigue resistance Reduced cost over carbon materials Suitable for incumbent resin infusion process

790C wet use chopped strand (WUCS), featuring Advantex® glass fibers, is specifically designed for higherfeed rate processes in dry feed applications. EXCELLENT FIRE/FLEXURAL STRENGTH Engineered to provide fire resistance performance and meet regional building codes. Improves flexural strength of wallboards for ease of handling and installation. High strength characteristics to enhance abuse resistant wallboard systems. EFFICIENT PROCESSING Designed to improve higherfeed rate processes where the uniform glass dosage rate and dispersion reduces feed flow variations and causes clumps. ENHANCED GLASS FIBER CHARACTERISTICS Advantex® glass helps fight corrosion, enhancing service life compared to standard Eglass. Boronfree Advantex® glass contributes to decreased emissions, reduces the environmental impact of manufacturing fiberglass, and provides superior performance in corrosive environments compared to standard Eglass.