Glass Wool Air-conditioning Insulation Board | Description | The Glass Wool Air-conditioning Board is crafted from glass and other natural minerals as its primary raw materials. These ingredients are melted at high temperatures to form fibers, which are then mixed with an adequate amount of binder. The mixture is solidified and further processed to create the final product. This board finds extensive application in various industries such as shipbuilding, metallurgy, electric power, and construction. It is renowned for its exceptional thermal insulation and soundproofing capabilities, coupled with convenient construction and installation processes. Additionally, it offers a significant energy-saving effect, high performance, and is priced competitively, making it an excellent choice for a wide range of applications. |
| Features | Glass Wool Air-conditioning Board can insulate, save energy and reduce the cost for the air-conditioner system. It has such excellent performance as sound-absorption, reducing construction load, fast process, shorten construction cycle, etc. |
| Advantages |
Excellent construction performance with low costs and minimal harm to human health. High acidity coefficient (above 1.6), ensuring high corrosion resistance and extended service life. Strong tensile and compressive strength for high durability. The production process is intricate, and pleating enhances pressure resistance. |
| Application |
Air conditioning glass wool panels are widely used insulation materials in construction and HVAC. They offer excellent insulation, fire resistance, and soundproofing and have diverse applications. Common uses include: (1) Thermal insulation for buildings, installed on walls, ceilings, and roofs to minimize heat transfer, lower energy consumption, and maintain indoor temperature comfort, especially in extreme climates. (2) Sound insulation, leveraging their sound-absorbing qualities to reduce noise in buildings. They are used on walls, ceilings, and floors for a quieter indoor environment, suitable for residential, commercial, and industrial spaces. (3) Insulating HVAC ducts, maintaining the temperature of transported air and preventing condensation on pipes, which could lead to mold and material degradation. (4) Insulating pipes carrying hot or cold liquids, aiding in temperature maintenance, preventing condensation, and minimizing energy loss. |
| Main Functions |
Fire Protection: The insulation material is non-combustible, aligning with fire safety regulations. Durability: Studies indicate its extensive use in foreign countries spanning over 40 years. The specially coated color steel plate boasts a lifespan of 10-15 years, extendable to over 35 years with anticorrosive paint applications every 10 years. High Strength: Utilizing high-strength steel plate as the substrate (with a tensile strength of 5600 KG/CM), coupled with advanced design and roll forming, results in superior structural characteristics. Insulation: The composite board commonly employs insulation materials such as glass wool, glass fiber cotton, polyethylene, and polyurethane, characterized by low thermal conductivity and exceptional thermal insulation performance. |
| Nominal Density | 64-10 kg/m³ |
| Average Fiber Diameter | 5.5 μm |
| Hydrophobicity | ≥98.2% |
| Thermal Conductibility | ≤0.04 w/m·k |
| Incombustibility | Non-flammable A1 grade |
| Sound Absorption Coefficient | 1.03 product reverberation method 24 kg/m³ 2000Hz |
| Service Temperature | ≤120°C |
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