Application range of unidirectional glass fiber prepreg


One-way glass fiber prepreg, also known as one-way glass fiber prepreg, is a resin-based glass fiber reinforced composite material processed by epoxy resin adhesive and glass fiber through hot melting, film coating, hot pressing, cooling, film coating, coiling and other processes. Glass fiber prepreg is the preliminary impregnated uncured semi-finished product of epoxy resin and glass fiber, which can be formed after being heated and cured.

Scope of application

It is widely used in fishing tackle, sports equipment, sporting goods, aerospace and other fields. Such as bicycle frame, golf club, ice hockey stick, ski pole, fishing rod, baseball bat, badminton (tennis) racket, round tube, shoe material, helmet, bulletproof vest, bulletproof helmet, yacht, sailing boat, flat plate, medical equipment, dust collection filter screen, automobile (machine) industry, industrial machinery, construction reinforcement, wind blade, etc.

Related information


How to judge the quality of carbon fiber cloth

Carbon fiber cloth has become a popular material for building reinforcement and has a wide range of applications. There are many kinds of carbon fiber cloth on the market, and the quality is mixed. How to judge the quality of carbon fiber cloth?


Market prospect and development trend of carbon fiber prepreg

Market prospect of carbon fiber prepreg The carbon fiber industry includes not only the production process of polymerization, precursor and carbon fiber, but also the production and application of downstream carbon fiber prepreg and composite materials.


Performance characteristics of glass fiber prepreg

• High fatigue strength; • High dimensional stability; • Excellent vibration attenuation performance; • Corrosion resistance and long service life. • Good plasticity, can be made into any shape according to the mold shape, easy to form and easy to process.


Manufacturing process of carbon fiber prepreg

The carbon fiber prepreg is a composite of epoxy resin on the carbon fiber through high pressure and high temperature technology.