Fire curtain fabric
Fire curtain fabric is silica facric, which offering high temperature resistance up to 1000°C (1832°F).
Silica fabric is specifically developed to give a drapeable and flexible product which will offer excellent high temperature protection.It’s resistant to high temperature, soft point 1700°C, long term service temperature 900°C, and it can work 10 minutes at 1450°C and keeps good state at 1600°C for 15 seconds.
Our high temperature silica fabrics offer superb resistance to molten metal spatter, welding slag, welding sparks, etc. for hot work protection. Ideal for cutting operations and heavy duty welding protection.
Due to the manufacturing process, our silica fabrics provide improved abrasion resistance (as they have a special proprietary abrasion resistant finish).
Silica fabrics offer very good flame resistance, low heat capacity and low thermal conductivity.
Our silica fabrics have a high percentage of silicone dioxide content(96% SiO2) to provide optimum performance and offer superior protection in critical high temperature safety environments.
Silica fabrics can be used for welding blankets, fire blankets, fire curtains, stress relieving blankets, flexible connectors, furnace curtains, gasket materials in valves controlling the flow of molten alloys, etc.
Silica fabrics are available in standard roll form if this is the most suitable for your own particular end use
Alternatively, our silica fabrics can be cut and stitched into specific sized fire blankets, welding blankets, fire curtains, welding curtains, furnace curtains, etc. If you advise our sales department what particular size(s) you require (width x length), we can then advise individual prices accordingly.
Brass metal eyelets (grommets) can be fitted to the edge(s) of these silica fabrics to facilitate easy suspension/securement
All these silica fabrics are completely non-asbestos (asbestos free) url:http://www.huatekfiberglass.com
Huatek New Material Inc. is the subsidiary of Huatek Material Group CO., Ltd, which has focused on top quality fiberglass products for over 50 years in China. We started as a small operation, but now have become one of the leading suppliers in the fiberglass industry in China. Today, Huatek New Material Inc. has been one of the top producers of quality fiberglass products, such as: high silica fiberglass cloth, yarn, tape, sleeve, cord, AR roving, chopped strand, E-glass cloth, fiberglass tissue. Huatek New Material Inc. is located in Xingping, Xianyang city, Shaanxi province, China. As a global supplier in high silica fiberglass and AR fiberglass products, Huatek New Material Inc. is to create added value for customers around the world. We supply polyurethane products all over the globe to a wide range of companies worldwide, ranging from large multinational organizations to small individual companies. High silica fiberglass products are widely used in furnace, expansion joint, metal processing, chemical processing, aerospace, and automotive, refinery, construction. We always feel that all success of our company is directly related to the quality of the products we offer. They meet the highest quality requirements as stipulated in GB/T 19001-2008 or ISO 9001:2008. Huatek New Material Inc. employs 2,071people; there are above 50 people R&D Engineers. It covers an area of 106,200 square meters. The company has professional production line of high silica fiberglass, E-fiberglass, AR fiberglass, tissue, precious metals (platinum, rhodium, and iridium) processing, surface coating. It annually produces fiberglass yarn 7 thousand tons, fiberglass fabric 2,500 meters, wet-laid mat 50million square meters. We have customers from both domestic market and oversea market. Until now, it’s sold to North America, Germany, Japan, Mid East, Africa, Eastern Asia. Besides our existing products, Huatek New Material Inc. also can produce products according to the drawings or samples from our customers. We control the product quality critically for every step during the manufacturing. We offer technical support that is second to none.. view more »