Acrylic Coated Fiberglass Fabric

- Acrylic Coated Fiberglass Fabric -

Acrylic Fiberglass Coated Fabric fiberglass base cloth coated with acrylic on the surface. The acrylic fiberglass fabric is smooth, soft, and compact. The glass fiber surface is covered with acrylic acid and other unique sizing materials to fix the lines, enhance the wear resistance of the cloth surface, and significantly improve the glass's oil solvent and high-temperature resistance fiber cloth. This fabric is ideal for fire blankets, welding curtains, and protection covers.

- Fabric Features -

	Excellent Flame Retardancy    Although the maximum temperature resistance of the acrylic coating can only reach 150 degrees Celsius, the base fabric can still work at 550 degrees Celsius, which is sufficient for general spark protection use.
	Very High-Cost Performance    Although the coating of acrylic fabric is not as good as silicone-coated fabric or high-silica glass fiber fabric in long-term high-temperature environments, its price is only 1/2 of that of silicone-coated glass fiber fabric, so it is more suitable for long-term mass production. Consumables.
	Multiple Colors to Choose From    Acrylic has a lot of colors. In welding engineering, distinguishing the process by different colors is often necessary. Heaterk can provide more than 15 different colors and can be customized according to your desired color.
	Abrasion Resistance    The fixed weave acrylic fabric can effectively improve the fabric's abrasion resistance, and you can also choose a higher thickness to suit heavy industry use.

- Performance Parameters -

Material	Acrylic Coating + Glass Fiber	Test Method
Temperature Resistance	-18 °C to 149 °C	FED 191/5903.2
Weight	210 g/m² ± 10%(7.41 oz/sy ± 10%)	ASTM-D-3776
Thickness	0.2 mm ± 0.002 mm(0.0078")	ASTM-D-1777
Color	Blue	-

- Specification -

Application

• Pipes, fire doors, smoke barriers,
• Boilers, blowers, incinerators,
• Air conditioning dust removal, flue gas desulfurization device
• Other budget-constrained high temperature flame retardant environments with high-volume usage

Industry

• Aerospace
• weapon ship,
• Steel Machinery
• Metallurgy, Thermal Power, and Nuclear Power
• paper, cement
• Industry and mining, chemical industry
• Petroleum development, grinding wheel