In the complex landscape of global industrial manufacturing, China has cemented its status as the premier supplier of Long Glass Fiber Reinforced Polymer (LGFRP) composites. Our facility in Jurong City, Jiangsu Province, leverages the strategic advantages of the Yangtze River Delta Economic Zone. Being positioned near Nanjing and major shipping ports (Zhenjiang & Nanjing Port) allows us to provide rapid, cost-effective logistics solutions for international clients.
Our manufacturing process focuses on maintaining high fiber aspect ratios within the polymer matrix. Unlike short fiber reinforcements, our LGFRP products ensure that the glass fibers span the length of the pellets, creating a 3D structural network after injection molding. This results in superior mechanical properties, including high impact strength, creep resistance, and dimensional stability—critical for structural components in the automotive and home appliance industries.
Weight Reduction Potential
Sustainable Material Goals
Quality Inspected Output
Fast Response Service
Electrification & Sustainability: As the automotive industry pivots toward EVs, the requirements for thermally conductive and lightweight structural polymers are at an all-time high. Our R&D team is actively exploring bio-based polymers and recyclable fiber glass solutions to meet the circular economy mandates set by global markets.
LGFRP provides a significantly higher aspect ratio, which creates a internal "skeleton" within the molded part. This results in far greater fatigue resistance and impact strength compared to standard, short-fiber reinforced options.
Yes. Our laboratory at Jurong Best Composite Materials can tailor the fiber length, fiber content (percentage of glass), and the polymer matrix (PA6, PA66, PP, etc.) to meet specific thermal and structural requirements of your end-product.
Leveraging our location in the Yangtze River Delta, we have direct access to logistics hubs, enabling us to expedite processing and transit times significantly compared to inland competitors.
Best Composite
