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Fiberglass Chopped Strand Mat: Lightweight and Strong Solution
Chopped Strand Mat is a non-woven fabric manufactured from randomly distributed, 50mm E-CR glass filaments. The fibers are treated with a silane coupling agent and bonded with an emulsion or powder binder. This structure ensures easy wet-out and compatibility with a wide range of resins, including unsaturated polyester, vinyl ester, epoxy, and phenolic.
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High-Quality Fiberglass Stitched Mats for Durable Performance
Stitched mat is produced by uniformly distributing chopped strands of a specified length into a fibrous layer, which is then consolidated and bound by stitching with polyester yarn. The fiberglass strands are treated with a sizing formulation containing a silane coupling agent, ensuring compatibility with various resin systems such as unsaturated polyester, vinyl ester, and epoxy. This uniform distribution of strands provides the mat with consistent and favorable mechanical properties.
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Premium Fiberglass Cloth for Durable Applications
E-glass woven fabric is composed of interlaced warp and weft yarns (rovings). This structure delivers high strength, making it an excellent reinforcement material for composites. Its versatility makes it suitable for various molding processes, including hand lay-up and automated methods. Typical applications include vessels, FRP containers, swimming pools, truck bodies, sailboards, furniture, panels, and structural profiles.
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Durable Fiberglass Continuous Filament Mat for Superior Strength
At Jiuding, we understand that different projects require different specifications. That’s why we offer four distinct groups of Continuous Filament Mat: CFM for pultrusion, CFM for close molds, CFM for preforming, and CFM for polyurethane foaming. Each type is meticulously crafted to provide end-users with optimal control over key performance attributes such as rigidity, conformability, handling, wet-out, and tensile strength.
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Premium Continuous Filament Mats for Enhanced Performance
Jiuding Continuous Filament Mat is an engineered composite reinforcement material composed of multiple strata formed by non-directional orientation of continuous glass fiber filaments. The glass reinforcement is surface-treated with a silane-based coupling agent to optimize interfacial adhesion with unsaturated polyester (UP), vinyl ester, and epoxy resin systems. A thermosetting powder binder is strategically applied to maintain structural integrity between layers while preserving resin permeability. This technical textile product offers customizable specifications including variable areal densities , tailored widths, and flexible production volumes to accommodate diverse industrial requirements. The mat’s unique multi-layer architecture and chemical compatibility make it particularly suitable for high-performance composite applications requiring uniform stress distribution and enhanced mechanical properties.
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Fiberglass Continuous Filament Mat: Perfect for Composite Materials
Jiuding Continuous Filament Mat is composed of layered, randomly interwoven strands of continuous glass fibers. These fibers are treated with a silane coupling agent, ensuring compatibility with unsaturated polyester (UP), vinyl ester, epoxy resins, and other polymer systems. The multi-layered structure is cohesively bonded using a specialized binder tailored for optimal performance. The mat is highly customizable, available in diverse areal weights, widths, and production scales—from small-batch orders to large-volume manufacturing—to meet specific industrial requirements. Its adaptable design supports precision engineering and versatility across composite material applications.
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Eco-Friendly Fiberglass Continuous Filament Mat for Sustainable Projects
Jiuding Continuous Filament Mat features multi-layered, randomly oriented fiberglass strands bonded with a specialized binder. Treated with a silane coupling agent, it ensures compatibility with UP, vinyl ester, and epoxy resins. Available in customizable weights, widths, and batch sizes for versatile applications.
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High-Quality Knitted Fabrics for Fashion and Design
Engineered for superior multi-directional mechanical strength, this specific knitted fabric incorporates one or more layers of evenly distributed ECR roving, oriented in uniaxial, biaxial, or multi-axial configurations.
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Stylish Knitted Fabrics for Home Decor and Apparel
Built with single or multiple layers of ECR roving that are evenly laid out in one, two, or multiple directions, this knitted fabric is specifically designed to resist stress and strain from multiple angles.
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Explore the best quality knitted and non-crimp fabrics for your project
These fabrics feature layered ECR rovings uniformly distributed in single, biaxial, or multi-axial orientations, engineered to enhance mechanical resilience across diverse directional planes.
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Look for durable, wrinkle-free knit fabrics for your designs
Introducing our innovative Knitted Fabrics, meticulously crafted to meet the demands of modern engineering and design. These advanced fabrics are knitted using one or more layers of ECR roving, ensuring a robust and versatile material that excels in various applications. The unique construction of our Knitted Fabrics allows for even distribution of the roving, which can be oriented in single, biaxial, or multi-axial directions, providing exceptional mechanical strength across multiple dimensions.
Engineered for performance, our Knitted Fabrics are specifically designed to emphasize mechanical strength, making them ideal for industries that require durable and reliable materials. Whether you are in the automotive, aerospace, or construction sector, our fabrics offer the resilience and flexibility needed to withstand the rigors of demanding environments. The multi-directional strength of our Knitted Fabrics ensures that they can handle stress and strain from various angles, reducing the risk of failure and enhancing the longevity of your products.
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Non-Crimp Fabrics: The Ultimate Choice for Performance
This knitted fabric uses one or more layers of ECR rovings, evenly placed in various directions. It’s specifically designed to enhance multi-directional mechanical strength.
