Outstanding temperature and strength properties, rot and mildew resistance make fiberglass woven fabrics valuable over a wide range of marine and industrial applications. They are asbestos free, cause no harm to health, making fiberglass products ideal replacements to asbestos ones. They will not burn, rot, mildew or deteriorate and resist most acids. Non-texturized and texturized fiberglass fabrics are the major types.

Non texturized fiberglass woven fabric---550℃

Descriptions:
Made of non texturized yarns, these fabrics appear smooth and have higher weight than the texturized ones. They can be produced by different kinds of weaving---plain, twill, satin. They are widely used in thermal insulation and can be treated in different ways in order to meet specific purposes.

Application:
All types of the thermal insulation and heat protection
Used for compensators
Basic cloth for coatings and laminations

Specifications:

Style No.	Also called	Thickness (mm)	Weight (g/m2)	Weight (oz/y2)	Width (m)	Weave
TF1020	7628	0.2	205	6.0	1.27	Plain
TF1041	3732 (332)	0.4	430	12.7	1.0-1.8	Satin
TF1050	PW500	0.5	500	14.8	1.0-1.8	Plain
TF1081	3784	0.8	880	26.0	1.0-1.5	Satin
TF1100	PW1000	1.0	1000	29.6	1.0-1.5	Plain
TF1130	3786	1.3	1300	38.5	1.0-1.5	Satin
TF1170	3788	1.7	1700	50.3	1.0-1.5	Satin

texturized fiberglass woven fabric

Texturized fiberglass woven fabric---550℃

Descriptions:
Made of continuous filament texturized yarns, they demonstrate a better insulating properties and greater fullness. Insulating properties depend upon conductivity and radiation and these are influenced by the fabric construction.

Applications:
All types of thermal insulation and heat protection
Welding blankets and fire curtains
Basic cloth for coatings and laminations

Specifications:

Style No.	Thickness (mm)	Weight (g/m2)	Weight (oz/y2)	Width (m)	Weave
TF2080	0.80	600	18	1.0-1.8	Plain
TF2100	1.00	800	24	1.0-2.0	Plain
TF2150	1.50	1000	30	1.0-2.0	Plain
TF2200	2.00	1250	36	1.0-2.0	Plain
TF2300	3.00	1800	52	1.0-2.0	Plain

Fiberglass fabric finishes

Descriptions:
In order to meet special purpose or to increase some peculiarities, these fabrics can be treated in various ways. With different temperature resistance and special properties, they are applied in a wide range of industrial fields.

Finishing style		Temp.	Features	Applications
A	Aluminum foil laminating	550℃*	heat reflection, abrasion proof	heat protection cushions, motor vehicle industry
D	Dying and coloring	550℃	heat protection	heat protection, welding blankets
G	Graphite coating	750℃	increase resistance to abrasion and flame	welding blankets, general purpose insulation
H	Heat cleaning	550℃	decrease fumes, good cutting resistance	welding blankets, general purpose insulation
P	PTFE coating	260℃	highly anti-adhesive surface, soil repellent	compensators, conveyor belt
R	Silicone rubber coating	260℃	high thermal and mechanical load, resistant to chemical	welding blankets, compensators, insulation mats
U	Polyurethane coating	550℃	good resistance to abrasion and cuts	welding protection curtains
V	Vermiculite coating	850℃	increase resistance to abrasion and flame	welding blankets, general purpose insulation
W	Steel wire reinforcing	550℃	increase tensile strength	heavy duty insulation
*Fabric is 550℃ while mucilage is 300℃