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Innovative Continuous Filament Mat for Superior Closed Molding
Designed for infusion, RTM, S-RIM, and compression processes, CFM985 offers outstanding flow properties. It functions effectively both as reinforcement material and as a resin distribution layer between fabric reinforcements.
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Quality Continuous Filament Mat for Professional Closed Molding
CFM985 is a versatile material optimized for infusion, RTM, S-RIM, and compression molding. Its superior flow characteristics enable its use as reinforcement and/or as an efficient resin flow medium positioned between layers of fabric reinforcement.
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Strong Continuous Filament Mat for Heavy-Duty Closed Molding
CFM985 is an ideal choice for infusion, RTM, S-RIM, and compression molding applications. It exhibits excellent flow properties and can serve either as reinforcement or as a resin distribution medium between fabric reinforcement layers.
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Fiberglass Chopped Strand Mat: A Must-Have for Composite Engineers
Chopped Strand Mat is a non-woven mat crafted from E-CR glass filaments. It comprises chopped fibers that are randomly yet evenly arranged. These 50-millimeter-long chopped fibers are coated with a silane coupling agent and bonded together with either an emulsion or powder binder. This mat is compatible with a variety of resins, such as unsaturated polyester, vinyl ester, epoxy, and phenolic resins.
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Fiberglass Chopped Strand Mat: Strengthening Your Projects Effortlessly
Chopped Strand Mat is a non-woven mat constructed from E-CR glass filaments. It is made up of chopped fibers that are oriented in a random yet even manner. These 50-millimeter-long chopped fibers are coated with a silane coupling agent and bound together via either an emulsion or powder binder. It works well with unsaturated polyester, vinyl ester, epoxy, and phenolic resins.
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Fiberglass Chopped Strand Mat for Reliable and Long-Lasting Results
Chopped Strand Mat is a non-woven mat composed of E-CR glass filaments. It contains chopped fibers that are oriented randomly yet evenly. These 50-millimeter-long chopped fibers are covered with a silane coupling agent and held in place by an emulsion or powder binder. It is compatible with unsaturated polyester, vinyl ester, epoxy, and phenolic resins.
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Reliable Continuous Filament Mat for Superior Pultrusion Results
CFM955 is engineered for pultrusion profile production, delivering rapid resin infusion, complete fiber saturation, controlled drape, smooth surface finish, and optimized tensile performance.
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Continuous filament mats for efficient pultrusion processes
CFM955 mat delivers key properties for pultrusion: fast wet-through, good wet-out, high conformability, excellent surface smoothness, and strong tensile strength, making it ideal for profile manufacturing.
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Continuous Filament Mat: The Key to Successful Pultrusion
Characterized by rapid resin penetration (wet-through), thorough impregnation (wet-out), excellent mold conformity, a smooth finished surface, and high tensile strength, CFM955 is exceptionally well-suited for pultruded profiles.
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Continuous filament mats for streamlined pultrusion production
CFM955 is a mat specifically engineered for the pultrusion process of profile manufacture. Its defining characteristics include rapid wet-through, effective wet-out, good conformability to molds, high surface smoothness, and enhanced tensile strength.
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Fiberglass Continuous Filament Mat for Superior Strength and Flexibility
Jiuding Continuous Filament Mat consists of multiple layers of randomly looped continuous fiberglass strands. The glass fibers feature a silane coupling agent compatible with resins like UP, vinyl ester, and epoxy. A suitable binder holds the layers together. This mat is available in various areal weights and widths, and can be produced in both large and small quantities.
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Eco-Friendly Fiberglass Continuous Filament Mat for Sustainable Solutions
Constructed from continuous fiberglass strands randomly looped into multiple layers, Jiuding Continuous Filament Mat uses a silane coupling agent on the glass for compatibility with UP, vinyl ester, epoxy, and similar resins. The layers are bonded with an appropriate binder. The mat can be manufactured to many different areal weights and widths, and is available in varying production volumes.
