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Retired composite material wind turbine blades are upgraded and remanufactured into modular catamaran hulls, transforming waste into usable assets in a low-cost, low-carbon manner.

Fiberglass is one of the most widely used reinforcing fibers in the field of composite materials. Its classification can be based on three core dimensions: raw material composition

Fiberglass composite reinforcement is a new type of composite material formed by using glass fiber filaments as reinforcement material, epoxy resin as matrix material, and adding a

Every upgrade in the glass fiber industry represents a deep integration of polymer physics principles and industrial practice.

With the explosive growth of generative AI, the amount of communication data is expected to continue to climb rapidly.

The synergistic application of fiberglass and basalt fiber breaks through the bottlenecks of single materials, providing a systematic solution for lightweighting new energy vehicle

Fiberglass reinforced composites have high strength and good elasticity, are much harder than ordinary plastics, and are far less brittle than glass.

The synergistic application of fiberglass and basalt fiber is not just a simple superposition of material properties, but a key indicator of the transformation of automobile manufa

Growing demand from the aerospace, automotive, wind power, and construction sectors has driven investment in carbon fiber and fiberglass production capacity, accelerating the appli

Silane coupling agents can improve the adhesion between fiberglass and organic resin interface, thereby enhancing the mechanical properties of glass fiber composites.

The chemical stability of fiberglass is a key factor in determining the long-term durability and safety of products.

Montmorillonite fiberglass is an excellent infrared emitting material and can be used as a new generation of flexible electrothermal conversion material.