PP core material is compatible with Polyester, Vinyl and Epoxy resin and widely used in boat building, wind energy, automotive, sports equipment, flat panels etc, suitable RTM, Vacuum infusion, hand lay-up forming processes.

       POLYMER's Assembled Rovings for SMC are premium fiberglass reinforcements engineered for the Sheet Molding Compound process. Fully compatible with UP and VE resin systems, they offer excellent choppability, low fuzz, and superior antistatic performance for high-efficiency production.    

      POLYMER's Fiberglass Chopped Strands for BMC are tailored for Bulk Molding Compound applications. Highly compatible with UP, EP, and PF resins, they deliver excellent strand integrity, high impact strength, and low resin demand for complex molding structures.    

       As the most widely used general-purpose reinforcement substrate in the composites industry, POLYMER's alkali-free E-Glass is manufactured from premium borosilicate glass with an alkali metal oxide content of strictly less than 1%. Processed specifically into multi-end roving, it pairs exceptionally well with unsaturated polyester and vinyl ester resins. It serves as the ultimate structural reinforcement for SMC/BMC molding compounds, drastically enhancing the overall mechanical strength, impact resistance, and durability of molded composite products.    

       Setting the industry standard for advanced composite reinforcement, POLYMER's alkali-free E-Glass is formulated from high-grade borosilicate glass containing less than 1% alkali metal oxide. In the form of high-tension direct roving, it seamlessly integrates with unsaturated polyester, vinyl ester, Bisphenol-A epoxy, and Bisphenol-A polyester resins. It acts as the core structural backbone to maximize the tensile strength and longevity of heavy-duty applications, including FRP (fiber-reinforced plastic) piping, large-scale storage tanks, electrolytic cells, and industrial anti-corrosion equipment.    

       POLYMER's alkali-free E-Glass is engineered from premium borosilicate glass with tightly controlled alkali metal oxide levels below 1%. Precision-cut into water cut chopped strands, this specialized substrate is tailored for wet-laid manufacturing processes. By offering unparalleled dispersion in aqueous systems and excellent compatibility with various resins, it forms the ideal foundation for manufacturing high-quality surfacing tissues, non-woven fiberglass mats, and specialized anti-corrosion barrier materials.    

       POLYMER's Powder & Emulsion Fiberglass Chopped Strand Mat (CSM) is a premium non-woven reinforcement engineered for rapid wet-out and superior mechanical strength. Uniformly bonded and highly compatible with Polyester, Vinyl Ester, and Epoxy resins, it delivers exceptional mold conformability. It is the ideal cost-effective choice for hand lay-up, filament winding, and press molding processes across boat building, automotive, cooling towers, and anti-corrosion applications.    

      POLYMER's premium Multi-End Roving is specially engineered for manufacturing high-quality E-Glass Chopped Strand Mats (CSM). Featuring strictly controlled rigidity, it delivers exceptional choppability, rapid dispersion, and outstanding static resistance. Highly compatible with UP resin systems, it is the ultimate raw material for producing both powder/emulsion mats and heavy-duty stitched bonded mats.    

      POLYMER's premium fiberglass chopped strand mat (CSM) is a high-performance non-woven reinforcement engineered for excellent resin compatibility and easy operation. Bound with high-quality polyester binders, it is the ideal, cost-effective solution for hand lay-up FRP moldings, including boat hulls, bath tubs, and cooling towers.    

       POLYMER's premium woven roving fiberglass is a high-performance bidirectional fabric engineered from E/ECR direct rovings. Featuring controlled wet-out and excellent laminate properties, it is highly compatible with Polyester, Vinyl Ester, and Epoxy resins. It is the core structural reinforcement for hand lay-up and filament winding processes in boat building, storage tanks, and auto parts.    

      POLYMER's Fiberglass Woven Roving Combo Mat is an advanced complex reinforcement created by stitching together high-strength woven roving with a layer of evenly distributed chopped strands. Highly compatible with polyester, vinyl ester, epoxy, and phenolic resins, it significantly improves manufacturing efficiency. It is the premier choice for pultrusion, hand lay-up, and RTM processes in the marine and automotive industries.    

       POLYMER's woven roving mat (sandwich fabric complex) is an advanced, binder-free multi-layer reinforcement. Engineered with small fiber gaps, it significantly reduces resin consumption while accelerating wet-out speed. Highly compatible with polyester, epoxy, and phenolic resins, it is the premier choice for hand lay-up, RTM, and closed-mold processes in the marine and automotive industries.    

POLYMER's stitch-bonded fiberglass fabric (also known as Non-Crimp Fabric / NCF) is a next-generation composite reinforcement. Featuring unidirectionally arranged rovings with zero weft/warp crimp intersections, it offers superior mechanical strength, excellent fatigue resistance, and rapid resin impregnation. It is the optimal choice for demanding closed-mold processes like RTM, pultrusion, and filament winding.

      POLYMER's glassfiber fabric (woven cloth) is a versatile, high-strength industrial reinforcement. Available in both C-Glass and E-Glass formulations, it offers exceptional flame-retardancy, heat insulation, and corrosion resistance. It is universally specified across the chemical, marine, automotive, and architectural industries for demanding structural and protective applications.    

       POLYMER's fiberglass stitched mat is an advanced, binder-free composite reinforcement. Manufactured by mechanically stitching chopped fiberglass strands to a polyester or carbon fiber tissue base, it ensures exceptionally rapid wet-out and multi-directional strength. Highly compatible with polyester, vinyl ester, and epoxy resins, it is the premier choice for pultrusion, filament winding, and RTM processes in manufacturing pipes, tanks, and auto parts.    

      POLYMER's Single Warp Fiberglass Fabric, globally recognized in the composites industry as high-performance Unidirectional Fabric (UD Fabric), is an advanced reinforcement engineered for maximum longitudinal strength. This premium UD Fabric is meticulously constructed by aligning fiberglass direct rovings strictly parallel in the 0° direction, securely stitched together using strong polyester yarn.        

       Depending on your specific engineering requirements, our Unidirectional Fabric can be customized by stitching it together with an additional layer of chopped strands or non-woven tissue. Demonstrating excellent compatibility with Polyester, Vinyl Ester, and Epoxy resin systems, this robust UD Fabric is heavily relied upon in the wind energy sector, high-performance boat building, and the pultrusion industry. It serves as the ultimate structural backbone for FRP pipes, chemical tanks, and heavy-duty pultruded sections, performing flawlessly wherever a premium Unidirectional Fabric is required for pultrusion, filament winding, and vacuum infusion processes.    

      POLYMER's fiberglass stitch bonded fabric (stitched mat) is an advanced, binder-free composite reinforcement. Engineered by mechanically stitching 0° and 90° direct rovings with a layer of chopped strands or polyester tissue, it delivers exceptional multi-directional strength and rapid resin wet-out. Highly compatible with epoxy, vinyl ester, and polyester resins, it is the ultimate structural solution for wind energy, boat building, pultrusion, and RTM forming processes.    

       POLYMER's fiberglass double biaxial fabric (+45°/-45°) is a high-performance multiaxial reinforcement engineered for exceptional torsional strength and shear resistance. Constructed by meticulously stitching direct rovings at precise +45° and -45° angles without chemical binders, it ensures rapid resin wet-out. Highly compatible with epoxy, vinyl ester, and polyester resins, it is the ultimate structural choice for wind turbine blades, boat building, automotive parts, and vacuum infusion or RTM processes.