High-Performance Glass Fiber Twisted Fabric – Core Reinforcement for Advanced Composites

Glass fiber twisted fabric is a flat, multi-directional reinforced fabric woven from single or plied twisted glass fiber yarns using air-jet or rapier looms. The fabric is available in plain, twill, and satin weave structures. This product is primarily used in glass fiber prepregs, aerospace, electronics and electrical appliances, sports equipment, new energy vehicles, photovoltaics, and other advanced fields.

Our glass fiber twisted fabric undergoes stringent quality tests and offers outstanding corrosion resistance, flame retardancy, thermal insulation, durability, and stability, making it suitable for a wide range of demanding environments.

Detailed view of glass fiber twisted fabric

What Makes Our Product a Bestseller?

Glass fiber offers higher strength than many metals (e.g., steel) while maintaining a lower density, enabling lightweight design.
The fine yarn fabric offers a uniform structure, effectively dispersing stress and delivering superior tensile load resistance.
It can withstand prolonged exposure to high temperatures of 300–500 °C (depending on the type of resin), with even higher short-term temperature resistance, making it suitable for high-temperature environments such as thermal insulation layers and fireproof materials.
Resistant to acids, alkalis, organic solvents, and salt spray, it is superior to metal materials and suitable for chemical equipment and marine environments.
As an inorganic material, it does not support microbial growth and offers long-term durability.

Production site of glass fiber twisted fabric

Specification

Material: glass fiber fine yarn.
Weave types: plain, twill, and satin.
Width: standard size is 3300 mm.
Thickness: 0.03 mm – 0.36 mm.

Table 1: Glass Fiber Twisted Fabric Specifications
Product Code	Weave Structure	Weight (g/m²)	Warp and Weft Density (Inch)		Yarn Specification (Tex)		Width (mm)	Thickness (mm)
Product Code	Weave Structure	Weight (g/m²)	Warp	Weft	Warp	Weft	Width (mm)	Thickness (mm)
EW25P	Plain weave	25±2	50	45	6.5	6.5	3300	0.03±0.01
EW50P	Plain weave	50±2	58.8	42.5	12	12	3300	0.05±0.01
EW50T	Twill weave	50±2	58.8	42.5	12	12	3300	0.05±0.01
EW80P	Plain weave	80±2	30	30	34	34	3300	0.07±0.01
EW80T	Twill weave	80±2	30	30	34	34	3300	0.07±0.01
EW100P	Plain weave	100±3	42	32	34	34	3300	0.09±0.01
EW100T	Twill weave	100±3	42	32	34	34	3300	0.09±0.01
EW130P	Plain weave	130±3	25	23	68	68	3300	0.11±0.02
EW130T	Twill weave	130±3	25	23	68	68	3300	0.11±0.02
EW160P	Plain weave	160±4	30	30	34	34	3300	0.14±0.02
EW160T	Twill weave	160±4	30	30	34	34	3300	0.14±0.02
EW200P	Plain weave	200±5	42	32	38	38	3300	0.18±0.03
EW200T	Twill weave	200±5	42	32	38	38	3300	0.18±0.03
EW200P	Plain weave	200±5	25	25	100	100	3300	0.18±0.03
EW200T	Twill weave	200±5	25	25	100	100	3300	0.18±0.03
EW200P	Plain weave	200±5	20	17.5	136	136	3300	0.18±0.03
EW200T	Twill weave	200±5	20	17.5	136	136	3300	0.18±0.03
EW300P	Plain weave	300±6	20	17.5	200	200	3300	0.27±0.05
EW300T	Twill weave	300±6	20	17.5	200	200	3300	0.27±0.05
EW300S	Satin weave	300±6	56	54	68	68	3300	0.27±0.05
EW400P	Plain weave	400±32	20	17.5	268	268	3300	0.36±0.07
EW400T	Twill weave	400±32	20	17.5	268	268	3300	0.36±0.07

Application

- Glass Fiber Prepreg
- Electronics & Electrical Appliances
- New Energy Vehicles
- Aerospace
- Sports Equipment
- Photovoltaics

Glass fiber twisted fabric used in the photovoltaics industry

For photovoltaics industry

Glass fiber twisted fabric used in aerospace applications

For aerospace

Glass Fiber Twisted Fabric used in electronics applications

For electronics

Glass Fiber Twisted Fabric used in new energy battery casings

For new energy battery casings

Product Literature

Fiberglass Products

Need help?