High-strength fiber (bottle yarn)

Compared with the alkali-free E glass fiber, the strength of the high-strength glass fiber is increased by 30-40%, the elastic modulus is increased by 16-20%, the temperature resistance is increased b

High-strength fiber (bottle yarn)

Compared with the alkali-free E glass fiber, the strength of the high-strength glass fiber is increased by 30-40%, the elastic modulus is increased by 16-20%, the temperature resistance is increased b

High-strength fiber (bottle yarn)

Compared with the alkali-free E glass fiber, the strength of the high-strength glass fiber is increased by 30-40%, the elastic modulus is increased by 16-20%, the temperature resistance is increased

Textile fiberglass

The medium and alkali-free textile spun yarn is a product obtained by bundling a glass filament having a diameter of 3.8-13 μm and twisting the strand. It has the characteristics of high strength

Textile fiberglass

The medium and alkali-free textile spun yarn is a product obtained by bundling a glass filament having a diameter of 3.8-13 μm and twisting the strand. It has the characteristics of high strength

Textile fiberglass

The medium and alkali-free textile spun yarn is a product obtained by bundling a glass filament having a diameter of 3.8-13 μm and twisting the strand. It has the characteristics of high strength

Chopped yarn

It has the characteristics of dispersibility, moisture resistance, low processing static, less hairiness and strong clustering.

Chopped yarn

It has the characteristics of dispersibility, moisture resistance, low processing static, less hairiness and strong clustering.

Chopped yarn

It has the characteristics of dispersibility, moisture resistance, low processing static, less hairiness and strong clustering.

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