Industry News
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Practical Application and Collaborative Optimization of Technical Processes in Textile Fiberglass
1. Micro-Analysis of the Impact of Process Parameters on Fiber Quality During the bushing drawing process of textile fiberglass, various process parameters are heavily coupled and directly dictate the macro-physical performance of the final fibers: Drawing Speed and Tension Control: Reasonably ...Read more -
Enhancing the Performance of Glass Fiber through Weaving Processes
1.How Weaving Affects Glass Fiber Performance The firmness of glass fibre, and the strength of the tough to withstand high temperature, is influenced by the weaving process. The tensile strength and fracture resistance of glass fibre can be greatly improved by optimum control of the weaving p...Read more -
Why has the price of fiberglass gone up?
What is fiberglass? Fiberglass is an inorganic non-metallic material with excellent properties. It comes in a wide variety of types and offers advantages such as good insulation, high heat resistance, strong corrosion resistance, and high mechanical strength. Glass fiber is manufactured from mine...Read more -
Beihai Fiberglass Shines at JEC World 2026 with Phenolic Moulding Compound
The JEC World 2026, the world’s greatest composites show, is commenced in Paris. Beihai Fiberglass is one of the hundreds of firms that display cool new things. Their special Phenolic Moulding Compound is the great leader. Beihai Fiberglass is great with the composite materials. The booth t...Read more -
Differences Between Fiberglass Roving and Yarns and Their Production Equipment Variations
Fiberglass roving and yarn are two common forms in fiberglass product manufacturing, exhibiting distinct differences in their applications, characteristics, and production processes. This article explores the distinctions between fiberglass roving and yarn, analyzing their differences in producti...Read more -
Advantages and Disadvantages of Autoclave Molding Process, Application Fields, and Operational Steps
The autoclave process involves laying up prepregs according to layup specifications within a mold, sealing them in a vacuum bag, and then placing the assembly into an autoclave. Through heating and pressurization within the autoclave equipment, the material undergoes a curing reaction, transformi...Read more -
Why is fiberglass used as the material for fire-resistant fabrics?
In the process of human industrial civilization, thermal protection and fire suppression have always been core issues in ensuring the safety of life and property. With the evolution of materials science, the base materials of fire-resistant fabrics have gradually shifted from early natural minera...Read more -
Ways Carbon Fiber Fabric Enhances Sports Gear Durability & Agility
These days, with the economy growing and our lifestyles getting better, hitting the gym or working out has become a go-to way for folks to de-stress and stay healthy. That’s really pushing the sports gear industry forward, too. Now, whether it’s pro sports or just staying active, everyone w...Read more -
The Impact of Glass Fiber Drawing Process Parameter Optimization on Yield
1. Definition and Calculation of Yield Yield refers to the ratio of the number of qualified products to the total number of products produced during the production process, usually expressed as a percentage. It reflects the efficiency and quality control level of the production process, directly ...Read more -
Unlock Material Innovation with High-Performance Cenospheres
Imagine a material that simultaneously makes your products lighter, stronger, and more insulating. This is the promise of Cenospheres (Microspheres), a high-performance additive poised to revolutionize material science across a vast spectrum of industries. These remarkable hollow spheres, harvest...Read more -
What are the 8 major core material development directions for the future?
Graphene Material Graphene is a unique material composed of a single layer of carbon atoms. It exhibits exceptionally high electrical conductivity, reaching 10⁶ S/m—15 times that of copper—making it the material with the lowest electrical resistivity on Earth. Data also indicates its conductivity...Read more -
Fiberglass Reinforced Polymer (GFRP): A Lightweight, Cost-Effective Core Material in Aerospace
Fiberglass Reinforced Polymer (GFRP) is a high-performance material compounded from glass fibers as the reinforcing agent and a polymer resin as the matrix, using specific processes. Its core structure consists of glass fibers (such as E-glass, S-glass, or high-strength AR-glass) with diameters o...Read more
