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JiLin Tangu supplies carbon fibre reinforcements, prepregs and composite structures for application-led development. This overview connects the product portfolio with documented 200 g/m² fabric examples, manufacturing choices and the evidence needed for a qualified supply specification.

Wet-spun and dry-spun carbon fiber differ in filament handle, resin wet-out and the applications they serve. This guide compares the two spinning routes on process, properties and selection so you can specify the right carbon fiber for prepreg, fabric or filament winding.

What is carbon fiber? This guide explains carbon fiber from first principles: PAN precursor, wet vs dry spinning, the manufacturing process from precursor to filament, key mechanical properties with real data, tow sizes and grades, applications across industries, and a comparison with steel, aluminum, and glass fiber. Includes 10 technical FAQs and practical supplier selection advice for engineers.

What is carbon fiber fabric? This engineering guide explains UD, multi-axial (MX), and woven carbon fiber fabrics, how they are made, and how to choose the right architecture, areal weight, and tow size. Includes real fabric specifications (GF-UD400/600, GF-BX300, GF-HM200), inter-layer flow media data, VARTM infusion notes, fabric inspection methods, and 10 technical FAQs for composite engineers.

How is carbon fiber cloth made? This manufacturing guide explains the complete process from PAN precursor to finished cloth: precursor spinning (wet vs dry), stabilization, carbonization, surface treatment and sizing, and weaving or knitting. Includes real production data, quality control practices, equipment capacity, and 10 technical FAQs for engineers and buyers.