Vermiculite boards are made by blending expanded vermiculite with a certain amount of binder, then formed through hot or cold pressing, resulting in high strength and flexibility. These boards also feature excellent thermal insulation, fire resistance, and are asbestos-free. They do not emit harmful gases when heated to 1,200 degrees Celsius, and have an A-grade combustion performance. This product is suitable for use in fire-resistant door cores, fireplace linings, and wall materials.
Vermiculite board is a new type of building material, still in its infancy in our country. Domestically, it is mainly exported as vermiculite raw material, with limited use of finished products. However, in recent years, the domestic market demand has been increasing. In developed countries like the United States, the United Kingdom, and France, it has been widely used since the 1980s.
Vermiculite board features: non-combustible and non-melting, with high-temperature resistance. As vermiculite board is primarily made of expanded vermiculite, which is an inorganic material without carbon elements, it does not burn. Its melting point ranges from 1370 to 1400°C, with a maximum usage temperature of 1200°C, and excellent thermal insulation properties.
Chenxing Industrial's vermiculite boards are made from Xinjiang asbestos-free vermiculite. They are non-toxic, smoke-free, environmentally friendly, and inorganic materials free of carbon and sulfur elements. They do not produce CO2 and SO2, which affect the atmosphere, and are also harmless to the human body.
Vermiculite boards are widely used internationally in fields such as construction, shipbuilding, metallurgy, and electrical aerospace, specifically applied in:
1. Fire-resistant door core
2. High-end kitchenware, furniture;
3. Hull plate material
4. Fire escape routes, ventilation systems
5. Shopping malls, banks, libraries, hotels, restaurants, entertainment venues, upscale residential areas, and standard residential units, etc.
6. Kiln Insulation
7. Fireplace Insulation
8. Industrial Insulation Materials
