Floor - Import export

PulStrand® PRO41 Roving is designed to maximize pultrusion processes by reducing the number of glass doffs needed. High tex reduces floor space, improves downtime and labor, and provides the opportunity to make larger parts without compromising mechanical properties/processing. 5075% less floor space required to run your product line. Product change overs require fewer doffs and less labor. Space savings and large tex enables you to make larger parts with the same setup. EFFICIENT PROCESSING Smooth runout combined with low fuzz properties, results in smoother parts and less downtime for cleanup, enabling higher efficiencies and lower manufacturing costs. IMPRESSIVE MECHANICAL PROPERTIES Desirable shear and flexural properties in major resin systems, provide maximum part strength and long part service life.

Owens Corning surfacing glass nonwovens key product benefits are high strength performance, hot tensile and thermal stability, helping improved dimensional stability. They help carpet tiles preventing from curling and shrinking. In cushion vinyl flooring, they help improve manufacturing line speed, and installation with less breakage.

SE2350 singleend Type 30® roving is designed for applications requiring high strength, efficient processing and demanding fatigue life. Maximum strand integrity results from uniform distribution of a proprietary sizing system ensuring excellent resintoglass binding. EXCELLENT PROCESSING Smooth runout from lower drag across contact points produces less fuzz, resulting in smoother parts, less cleanup, and improved machine efficiencies. FAST WETOUT WITH REDUCED COST Fast, uniform strand wetout leads to higher glass loading and good adhesion with reduced resin in both amine and anhydride cured epoxy resin systems. This results in optimized part production speed and increased productivity, reducing manufacturing costs. GOOD MECHANICAL PROPERTIES Excellent shear and tensile properties in both amine and anhydride resin systems; good laminate properties in burst, static, and cyclic fatigue provide maximum part strength and long part service life.