The OptiSpray® F solution is a high performance multi-end roving glass reinforcement, designed for a variety of end use applications. It provides fabricators with a solution to issues associated with increased resin demand and lower glass loading.
The Acoustimax® glass Non-Wovens are designed to be used behind suspended ceiling applications (perforated metal, wood, plastic or gypsum).
Anti-CRAK® AR-glass fibers give the mortar a uniformly dispersed network of fibers that will significantly improve the thixotropy and the resistance to plastic shrinkage cracking.
Anti-CRAK® Alcali-Resistant fibers are engineered to help and prevent surface cracks (due to plastic shrinkage) which will impair the visual aspect of the floors and reduce their life-span. Key product benefits is fast and uniform dispersion.
Cem-FIL® 5325 rovings have a high elastic modulus and tensile strength making it ideal as an effective reinforcement for cement/concrete matrices. It will not rot or corrode and is unaffected by UV radiation, making it suitable for use with minimal cover.
Cem-FIL® Alcali-Resistant fibers have been designed to reinforce topping mortars used either as a leveling solution to make the floors smooth and level, but also as the final layer with the addition of pigments.
Cem-FIL® AR-glass fibers give the mortar a uniformly dispersed network of fibers that will significantly improve the thixotropy and the resistance to plastic shrinkage cracking.
Cem-FIL® AR-glass fiber solutions for GRC has been used to produce architectural facades on many of the world’s most prestigious buildings in more than 120 countries.
The ME1510 multi-end roving is designed for epoxy sheet molding compound (SMC) systems, and helps with superior strength and flexural modulus, fast impregnation and excellent process characteristics in SMC.
Owens Corning surfacing glass Non-Wovens key product benefits are high strength performance, hot tensile and thermal stability, helping improved dimensional stability and preventing tiles from curling and shrinking.
Owens Corning Non-Wovens are designed to increase weathering (water repellency, UV resistance), impact resistance, wind uplift, dimensional stability, mold resistance vs paper.
Owens Corning surfacing glass Non-Wovens are designed to help flat GRP panels continuous lamination of external skins of truck body and recreational vehicle (RV) lightweight panels.
Owens Corning surfacing glass Non-Wovens are designed to help reinforcing, protecting and decorating aspects.
M524 (Advantex® ECR-glass) non-wovens help with excellent corrosion resistance, smooth surfacing finish and multi-resin compatibility
VL 9202 product especially helps constant cross-section composite pultruded profiles with easy resin wet-out, high quality, uniform surface layer, high flexibility for complex die processing, enhanced part structural strength and long-term durability.
The HydroStrand® 258 dry use chopped strands (DUCS) is designed to provide excellent dry-as-molded properties in a wide range of PA formulations, as well as outstanding performance in glycol-resistant PA 66 formulations.
The HydroStrand® 276 dry use chopped strands (DUCS) is designed to provide excellent dry-as-molded properties in a wide range of PBT formulations, as well as outstanding performance in hydrolysis resistant PBT applications and harsh automotive environments.
The LifeMat™ wet laid glass non-wovens help manufacturers improve the performance and lifespan of batteries. The 'pasting mat' is for use in flooded lead-acid batteries for stop-start engines. The 'retainer mat' is for heavy duty and deep cycle batteries.
The M6 X1 emulsion binder chopped strand mat can help improve tensile strength while maintaining good conformability, in large or thick parts and for wet carrying applications.
The Advantex® glass M705 chopped strand mat helps enhanced part life and service life strength in applications facing corrosion.
The M723A emulsion binder chopped strand mat is a versatile product well suited for very demanding applications: its multi-chop length construction helps improved conformability while still maintaining exceptional mechanical properties.
Owens Corning multiaxial fabrics allow very high glass content and orientation controlled mechanical properties. Specifically when reinforcing the GRP pipes they help improve the pressure resistance or the fitting joints.
The Multimat(R) fabric is designed for stretchability, high compression resistance that help fast wet out and high mechanical properties; as well as good permeability, high conformability that helps surface aspect and enables various part thickness.
OC Paneluxe™ multi-end roving is designed for use with polyester and vinyl-ester resins in a wide range of applications, enabling continuous lamination of translucent and opaque panels.
The ME1960 multi-end roving is designed for use with PE/VE resins or blends and for the manufacture of Sheet Molding Compound used in general purpose and transportation applications such as sanitary products, heavy truck/bus/train interior and exterior parts
The Performax® SE4849 roving has been designed for hot-melt compounding process, and for pultrusion process to manufacture unidirectional continuous fiber reinforced thermoplastic (CFRT) tapes.
The Performax® SE4850 roving has been designed for direct compounding DLFT applications requiring intricate function integration, particularly in automotive (structural and semi-structural challenging complex parts) and overall system cost reduction.
PipeStrand™ S1000 product is designed for the low-pressure filament winding market and is compatible with UP, VE, EP and PU resins. PipeStrand™ M6000 product is designed for optimal performance for chop and spray-up in pipes and tanks, and can be used for large- and small-diameter applications, and on horizontal and vertical surfaces where fast wet-out speed is preferred.
PipeStrand™ S2300 and S2500 single-end rovings are designed for the high-pressure and high-performance epoxy filament winding market. S2300 delivers outstanding mechanical properties in aromatic amine-cured epoxies, while S2500 is engineered for peak performance in anhydride cured epoxies.
The PulStrand™ 4100 product is designed to ensure excellent resin-to-glass adhesion and fast, uniform wet-out – by more than 50 percent when compared to existing products; this with multi-compatibility with polyester, vinyl ester, epoxy, and PUR resins
The Silentex® continuous glass fiber noise control system is a total system approach from glass texturization to insertion into different silencer designs.
The Advantex® ME1975 glass fiber multi-end roving is designed for use in Sheet Molding Compound (SMC) Class A applications in automotive and transportation markets.
Owens Corning surfacing glass non-wovens 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.
TeleStrand™ 2000 UV series roving bring stiffness to UV-cured pultrusion of FRP central strength members in optical fiber cables. It enables high-speed processing, thanks to tight loss on ignition, minimized fuzz and fast impregnation.
TruPave® engineered paving mat has low elongation and its good tensile strength provide improved anti-cracking performance, forms a moisture -resistant barrier when applied with asphalt and does not shrink or melt.
The Ultrablade® G3 unidirectional (UD) fabric is next generation fabric solutions for specific wind turbine rotor blade applications. Its key benefits include a high modulus and excellent 90° (T) performance, and up to 20-percent greater resistance to long-term fatigue loads.
The Ultrablade® Triax fabric is next generation fabric solutions for specific wind turbine rotor blade applications. Its key benefits are increased blade root laminate stiffness and strength providing a reduction of up to 17 percent of the load transferred to rotor blade root bolts, thereby substantially improving bolt fatigue life.
Ultrapipe® fabric solutions are based on Advantex® E-CR glass combining excellent corrosion properties with a long life-time. Our extra translucent glass helps extend the diameter range and glass-based UV lining solutions.
Unicomplex® mats (CFM/ polyester veil stitched together by synthetic yarn) are designed for ease of use in demanding pultrusion processes where a veil is required to reduce die wear and/or improve the surface appearance.
The Uniconform® mat is adding good surface appearance behind gel coat (no binder), in small/medium series.
UNIFILO® 500 series of continuous filament mats (CFM) are facilitating the pultrusion process and part structural strength and integrity. Key product features include high transverse mechanical properties.
Tthe Unifilo® 100 series especially enables good translucency of corrugated sheets and truck panels and its Advantex® glass helps longer part life and service life strength in applications facing corrosion.
The Unifilo® 700 serie of continuous filament mats (CFM) are helping preforming and automated processes and are fitting especially parts with large size and high complexity.
The Unifilo® 800 serie of continuous filament mats are available in a wide product range to optimize performance in varying closed mold applications.
The Unifilo® 809 type of continuous filament mats (CFM) is designed with a very low binder content helping it evenly disperses in expanded PU foam applications.
Owens Corning wet-use chopped strand (WUCS) reinforcements are specifically designed to provide major benefits through a dry feed process, and to stabilize the gypsum matrix under fire loading which helps maintain the integrity of the wall system.
The WindStrand® 2000, 3000 rovings for weaving fabrics feature a powerful combination of optimized design, high performance, and ultimate reliability, which enable customers to produce longer and up to 6-percent lighter turbine blades.
Owens Corning complexes (combinations of woven roving & chopped strand mat) are designed for to address both a mechanical function (WR) and an aesthetic function (CSM) in a single layer.
Aslan™ 100 fiberglass bar is made using a vinyl ester resin matrix with E-CR glass fibers. With 1/4 the weight of steel rebar, this product exceeds the requirements of ASTM D7957 Standard specifications for solid round glass fiber reinforced polymer bars for concrete reinforcing.
A unique use of Aslan™ GFRP bars in the shape of Soft-Eye Openings takes advantage of their “anisotropic” property and make them resist large forces associated with deep foundations such as Tunnel Boring Machines. Aslan™ bars are available in straight lengths, bent stirrups and continuous spiral hoops.
With 1/5 the weight of steel rebar, Aslan™ 200 CFRP bars are typically used to strengthen existing structural concrete members in flexure and shear. They are often added to the concrete cover of an existing structure using a technique called “Near Surface Mount”or NSM strengthening.
Aslan™ 250 series tendon is a proprietary steel anchorage that can be affixed to an Aslan™ 200 Carbon or CFRP bar, which develops the full tensile capacity of the bar. It is considered an “active removable” earth anchor or pre-stressed system.
Aslan™ 400 CFRP laminates are used to structurally strengthen existing concrete or masonry members in flexure and shear. They are pre-cured rectangular plates with a surface texture on one face, which helps improve bond with the structural adhesives.
Aslan™ 500 CFRP tapes are used to structurally strengthen existing concrete or masonry members in flexure and shear. They are pre-cured rectangular bars (not plates) with a surface texture on each wide face helping bond with the structural adhesives. They are added to the structure concrete cover through “Near Surface Mount” or NSM strengthening technique.
Aslan® 600 Fiberglass Dowel Bars are used as a “Load Transfer” device between joints in concrete slabs. With 1/4 the weight of traditional steel dowels, they provide a mechanical connection between slabs but allow for horizontal contraction and expansion of the slab itself.
Aslan™ 700 GFRP rebars or (Nue-Tie™) shear connectors are thermally non-conductive components that help creating composite action and fully insulated concrete sandwich wall panel systems, with edge-to-edge insulation and no thermal penetrations. They can be used according to the design methodology for THiN-Wall™ precast insulated wall panel systems.
XSTRAND™ uses high performance composite filaments to print products with superior strength, dynamic temperature resistance, and extreme durability.
Even though we’re a global company, we’re always ready to answer your questions. Call to speak with an Owens Corning representative so you can start your project right away.1-800-GET-PINK