Features:

• Stability: Fibreglass is a stable engineering material. Fibreglass does not stretch or shrink at very high or low temperatures. Maximum tensile strength before breakage is up to 4.8%;
• Does not absorb moisture, does not change physically or chemically when in contact with water;
• High strength-to-weight ratio;
• Fire resistance: Materials made of fibreglass do not ignite, are non-combustible and maintain approximately 25% of their original strength at 540°C;
• Have excellent corrosion properties, high chemical resistance, anti-magnetic and dielectric properties, and interact well with epoxy and polyester resins;
• Working temperature from -200°C to +550°C;
• Good thermal conductivity;
• Density: 0.18 g/cm³.

Applications:

Fibreglass fabric is the best choice for pipes, flanges and valve covers, expansion joints and heat shield insulation. It is also used in the production of generic and non-standard size welded cover and furnace linings, as well as in the production of emergency fire and rescue blankets.

Name	Application areas	Width, mm	Thickness, mm	Max. Temp. °C
Glass fibre EW180	Production of glass plastic structures and thermal insulation	1000	0,22	500
Glass fibre EW260	Production of glass plastic structures	1000	0,22	500
Glass fibre T-10-14	Production of glass plastic structures	920	0,23	500
Glass fibre UTS-P-30A	Production of glass plastic structures	820, 870, 1200	0,19	500
Glass fibre TG-430-30A	Production of glass plastic structures	1000-1500	0,34	500
Glass fibre TG-660-30A	Production of glass plastic structures	1000-1500	0,50	500
Glass fibre 2165	Production of glass plastic structures	1070-1270	0,105	500
Fibreglass cloth CSM 300	Production of glass plastic structures	1250	0,8	500
Fibreglass cloth CSM 450	Production of glass plastic structures	1250	0,8	500
Fibreglass cloth CSM 600	Production of glass plastic structures	1250	0,8	500