Product Description
Definition
Sandwich Structure: This fireproof fabric adopts a sandwich design. The sandwich structure implies that multiple layers of materials are combined together, among which aramid and silica gel are the key components. This design can comprehensively utilize the characteristics of different materials to achieve better fireproof effects.
Aramid Component: Aramid is fully named aromatic polyamide fiber. It is a high-performance synthetic fiber with excellent properties such as high temperature resistance, flame retardancy, high strength, and chemical corrosion resistance. In the sandwich aramid and silica gel fireproof fabric, aramid plays a crucial role in enhancing the fireproof ability and mechanical strength. For example, when aramid fibers come into contact with flames, they will not burn rapidly like ordinary fibers. Instead, they can maintain their structural integrity and prevent the spread of flames.
Silica Gel Component: Silica gel is a highly active adsorbent material with good thermal stability. The main role of silica gel in the fireproof fabric is to provide thermal insulation performance. It can form an insulating layer under high temperature conditions to reduce heat transfer. Meanwhile, silica gel also has a certain degree of flexibility, enabling the fireproof fabric to better adapt to different shapes and environments during use.
Performance Characteristics
Fireproof Performance: Due to the synergistic effect of aramid and silica gel, this fireproof fabric has outstanding fireproof performance. It can withstand the direct burning of high-temperature flames and effectively prevent the spread of flames. For example, in some fire experiments, the sandwich aramid and silica gel fireproof fabric can withstand temperatures of over a thousand degrees Celsius for a short period of time without being penetrated by flames.
Thermal Insulation Performance: The silica gel layer provides good thermal insulation effect and can significantly reduce heat conduction. This enables it to protect the objects or personnel behind it from high-temperature harm when used at the fire scene. For instance, when it is used to wrap high-temperature pipes, it can effectively prevent heat from being dissipated into the surrounding environment.
Mechanical Performance: The addition of aramid endows the fireproof fabric with relatively high strength and toughness. It can withstand external forces such as stretching and tearing to some extent and is not easily damaged. This makes it more durable in practical applications and enables it to adapt to different installation and use environments.
Chemical Corrosion Resistance: Aramid itself has the characteristic of chemical corrosion resistance, which enables this fireproof fabric to be used in some environments where chemical substances exist. For example, in chemical workshops and other places, it can resist the erosion of chemical substances such as acids and alkalis and maintain its fireproof performance.
Application Fields
Industrial Field: In high-temperature and high-risk industrial environments such as metallurgy and chemical industries, it is used to wrap high-temperature equipment, pipes, etc., to prevent the occurrence of fires and heat loss. For example, when used around blast furnaces in steel mills, it can effectively protect the surrounding facilities and the safety of workers.
Construction Field: As a building fireproof material, it is used for the internal filling or wrapping of building firewalls, fire doors and other facilities. It can enhance the fireproof performance of buildings and buy time for personnel evacuation and fire rescue.
Fire Rescue Field: It is used to make fire rescue equipment such as fire suits and fire blankets. The sandwich aramid and silica gel fireproof fabric in fire suits can protect firefighters from high-temperature and flame harm at the fire scene, while fire blankets can be used to extinguish initial fires or protect trapped people.
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Company Profile
Guangdong Kaidun New Material Co., Ltd. is a technology - oriented enterprise specialized in the research, development, production, and sales of high - performance fiber - based textile products. It operates two production bases, one in Jiangsu Province and the other in Guangdong Province, with its operational headquarters situated in Foshan, Guangdong.
The Jiangsu base, namely Kaidun New Material Jinhu Co., Ltd., features a production workshop covering an area of more than 12,000 square meters and five production lines of needling machines. The Guangdong base, which is Guangdong Kaidun New Material Co., Ltd., is equipped with a 4,000 - square - meter comprehensive office building, a 10,000 - square - meter production workshop, three needling machine production lines, multiple looms, filament - cutting machines, wire - distributing machines, and slitting machines.
The company primarily focuses on developing textile or non - woven products using special high - performance fiber materials such as aramid, pre - oxidized fiber, ultra - high - molecular - weight polyethylene, basalt, polyimide, polyacrylonitrile, and carbon fiber, etc. These products are suitable for various applications including fireproofing, heat insulation, thermal preservation, sealing, weather resistance, reinforcement, cut - resistance, and puncture - resistance. They are widely used in industries such as the protect, aviation, aerospace, marine, automotive, photovoltaic, high - speed railway, firefighting, electrical appliances, chemical engineering, steel - making, thermoelectricity, textile, and plastics.
Guangdong Kaidun is an enterprise with independent R & D, customized production, and design capabilities. Its products are sold both domestically and overseas. In recent years, Kaidun Industrial has been dedicated to the research and development and productization of various new flame - retardant material products, striving to contribute to the national high - tech materials in breaking the foreign blockade. Simultaneously, it has vigorously developed high - tech technologies like intelligent manufacturing to drive the manufacturing industry from "Made in China" to "Created in China".
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