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In the fiberglass production process, drying the raw fiber is a key step connecting the drawing and forming process with the subsequent product processing.

The molding of fiberglass is the core process of transforming high-temperature viscous molten glass into continuous, uniform fibers. Its core lies in the dynamic control of filamen

Proper packaging and scientific storage are essential steps to prevent fiber damage, avoid moisture, and ensure stable performance.

The glass typically used in fiberglass products is a calcium alumina borosilicate with an alkali content of less than one percent. It is often referred to as "Type E" glass because

Chopped strand mat is widely used in shipbuilding and other industries as a basic laminate reinforcement material to reduce weave penetration.

Fiberglass chopped strand mat has rapid resin impregnation and extremely high transparency.

The production process of wet-laid glass fiber mat is actually quite similar to that of papermaking.

The delivery time for Toyota's brand looms is now more than 24 months, which has caused the electronic cloth and the entire PCB industry chain to be stuck due to the loom equipment

Currently, the main manufacturing methods for glass fiber are the crucible method and the tank furnace method.

Fiberglass features outstanding properties such as high temperature resistance, excellent corrosion resistance, low moisture absorption and good electrical insulation.

Compared to easily fusible plastic tape or heavy metal tape, fiberglass tape strikes a perfect balance in terms of lightweight, high temperature resistance, and flame retardancy.

Fiberglass paper is an industrial paper, commonly used as a filter material, sound-absorbing material, heat insulation material, and electrical insulation material.