Single-end-roving se4818 low odor

Product Selection Guide for glass dryuse chopped strands for Thermoplastic and Thermoset reinforcement. Combining performance & processing excellence Efficient fit for a wide range of PBT formulations Makes feeding & handling easy tasks Matches natural color applications General purpose use & versatility Strong performance in impact modified PA high performance compounds Excellent dry as molded (DAM) properties High hydrolysis resistance For impact modified PA high performance compounds Enabling metal substitution in exposed to glycol applications Smaller, hotter engines Meets European Food Contact Regulation 10/2011 Up to +26% improved impact strength Potential alternatives to engineered materials (GF PA & LFTPP) Enabling PP compound optimization *Numbers and data generated at Owens Corning laboratory, Chambéry. Actual results may vary depending on equipment and material used.

Introducing higher performance composites by Owens Corning more modulus, more benefits, more opportunities. This new higher performance glass provides a boost in mechanical properties enhancing part performance or cost optimization through redesign. Reduce the weight of pultruded parts by up to 8% by using higher modulus glass, saving material cost. Improve performance by up to 15% in axial tensile strength for helically wound pipe compared to reference products. The glass can be used in high temperature muffler applications due to an annealing point increase of 25 30°C compared to current products. Higher modulus can enable fiberglass rebar with modulus up to 70 GPa on straight bars. Properties previously unattainable on bent bars can now be achieved. Central strength members can be made 8% lighter, enabling increased fiber optic capacity in the cable. Reduce the weight of parts for automotive applications by up to 9%.

SE4121 singleend Type 30™ roving represents a compelling solution for Polypropylene Long Fiber Thermoplastics (LFTG and DLFT) applications where excellent mechanical properties and hydrolysis resistance are required. COMPOUNDING LINE EFFICIENCY No catenary and high resistance to fuzz generation equate to low cleanup & high machine efficiencies. MULTIPROCESS COMPATIBLE Suitable for all DLFT and LFTG processes and choppable to desired length. MECHANICAL PERFORMANCE Optimal adhesion to the Polyolefin resin matrix provides excellent dryasmolded mechanical properties and hydrolysis resistance. EXCELLENT IMPREGNATION & DISPERSION Both DLFT and LFTG processes show excellent dispersion within the final parts. ENHANCED SERVICE LIFE Advantex® glass helps fight corrosion, extends service life compared to standard Eglass.

SE4849 singleend Type 30™ roving represents a compelling solution for Compounders seeking improved productivity through increased line speed, and the potential for higher glass loadings made possible with excellent dispersion. IMPROVED MANUFACTURING ECONOMICS Greater than 50% reduction in fuzz generation relative to competitive reinforcements for easier processing and less downtime for cleanup. SUPERIOR COMPOSITE STRENGTH Increased splice tensile strength improves package to package transfer efficiency. Increased lubricity imparts lower strand tension enabling up to a 40% increase in compounding line speed for reduced manufacturing costs. SUPERIOR GLASS DISPERSION AND INCREASED PART STRENGTH Outstanding compatibility with Polyolefins, enabling better wetout, uniform glass dispersion and potentially higher glass loading. Optimized adhesion to the polymer matrix offering excellent mechanical properties to meet stringent enduse requirements.