Magnesium silicate fire-resistant board is resistant to high temperatures, flame-retardant, sound-absorbent, shockproof, termite-proof, corrosion-resistant, odorless, tasteless, and pollution-free, making it an ideal choice for building and decorative materials. The ratio of raw materials and the maintenance and drying of the board are crucial factors in determining the quality of the finished product. Over the years, Yibeng Drying has closely collaborated with various magnesium silicate industry associations and research institutes, designing a variety of maintenance and drying solutions for users to choose from, solving the issue of winter dormancy in magnesium silicate products, allowing the production of enterprises to no longer be constrained by natural conditions, and achieving controllable output and quality of the boards.
The YNN series products feature the following characteristics:
1. Hot air cleaning, high efficiency. The YNN series utilizes air circulation heating, offering fast and efficient cleaning with hot air, and temperature increase without the need for water. It doesn't require radiators, pipelines, or circulating pumps, thus avoiding heat loss due to water-based heat exchange, significantly enhancing thermal efficiency and reducing energy consumption. Compared to hot water or steam boilers, it saves over 30% on energy.
2. Low operational costs. The YNN series employs a multi-stage heat exchange method, ensuring maximum utilization of fuel heat, enhancing thermal efficiency and the combustion rate of fuel. The configured feed and recovery pipelines enable circulating heating of the drying room, significantly reducing the time to raise temperature and lowering fuel consumption.
3. Easy to operate and environmentally friendly. The YNN series products are pressure-free, featuring safe and simple operation, quick start and stop, and the generated hot air is clean with no smoke or dust.
4. Temperature and humidity can be flexibly adjusted according to process requirements.
5. Broad fuel options, capable of burning wood residues, coal, or utilizing electricity, fuel oil, natural gas, etc., also available for mixed-energy configurations.
