In recent years, the FRP are widely used in±$© the following areas:
(1) Glass fiber knitted mat"× . In order to meet the reinforcing effec&Ω∏☆t of glass fiber in composite materi♣"als such as wind turbine blades, ships and‍≤ sports equipment, glass fiber knitted fabricλ$ s are rapidly developed, and the glass fiber rovφ©α≤ing lining is straight (no precipitation✘≈), has more directionality (Includes un$☆♣iaxial, biaxial and multiaxial fabrics). Three-di‍σ♠±mensional reinforcement materγγ&ials are also rapidly being develπ​oped, and air core panels in p σarticular popular.
(2) Reinforced thermoplastics. Almost aε$€♥ll fiberglass companies are eager to meet thiπ₽≤s demand.
1 Short-cut glass fiber powder∞Ω€: In the traditional injection molding FRTP produλλ§cts, we specialize in the prα ÷oduction of chopped glass fiber f‌‍¥or enhanced objects, and continuously₹   introduce new series to achieve high performance♥↑∏.
2 Continuous glass fiber powder: ←®GMT component products are also being promote₩Ωd. In order to improve the perfo>β±↓rmance of FRTP products, glass fiber®≤≠ and engineering plastics companies are actively™¶☆ developing a continuous glass fiber powder ¥↔£≠reinforced thermoplastic substrate. ₩ Premixed, pre-stained product development, ©™including mix glass fiber roving and plas ×tic.
 As a glass fiber powder in the ↕♣≥material industry, how to better use its own£÷¶ characteristics and continuously expand •"the application field is a permanent topicΩ✘. The key technical link is to solve the coπ×✘upling of glass fiberglass powder and ✔‌the reinforced matrix to obtain the be✔₩↕"st compound. effect.
Glass fiber insulation material:
Glass fiber is generally used as a re&σinforcing material in composite materials, elec™☆&∞trical insulating materials a"₽πnd thermal insulation materials, circuit boa≤♠rds and other fields of the na∞•tional economy. It is an inorganic non-metallic ÷φ₹material with excellent performance. It ♥ >₩has many advantages, such as gΩ'ood insulation and heat resistance. Strong in↕≥✔ nature, good in corrosion resistance and high in​ ©  mechanical strength, but t•®he disadvantage is that it is brittle and wear r♠☆'esistance is poor. Glass fibe§γ$r can be divided into continuous♣∞↔ fiber, fixed length fiber and ☆©↕glass wool according to shape and le≈↔ ngth. According to glass co δ•mposition, it can be divided into alkaλ©©li-free, chemical-resistant, high alkali, me‌λdium alkali, high strength, high elastic modulus¥♠  and alkali-resistant glass. Fiber, etc.
Glass fiber chopped strands are madα∑Ω←e by glass ball or waste glas≠↓s by high-temperature melting, drawi​βng, winding, weaving, etc. ₩∞λ, and the diameter of the monofilament is s✔÷★♦everal micrometers to twenty met•€ers micrometers, each bundle‍>π of fiber strands consists of↓★∏£ hundreds or even thousands of mono±↔filaments. Glass fiber is more resistant ∑䕧to temperature than organic fiber, non-combustib±★→le, anti-corrosion, heat in↔Ωsulation, sound insulation, high ♠¶tensile strength and good electrical inΩ ☆✘sulation. However, it is br≈♥±ittle and has poor abrasion resis±π​tance. Industrial filter m₹&•§aterials, anti-corrosion, mois§•'×ture-proof, heat-insulating, sound-proof, shock-a​¥bsorbing materials. It can also be us✘πed as a reinforcing material to make reinforc↓✔®∑ed plastics or reinforced rubber. As&←™ a reinforcing material, glass fiber has ₽φ←the following characteristics. These char♥₩↔&acteristics make the use ofπ←←× glass fiber far wider than other kinds of φ¥fibers, and the development speed is f÷ '≈ar ahead.