How to charge for 1.2m * 10 * 90mm glass wool rolls of non-ferrous metal insulation materials

In the field of power production, core equipment such as boilers, steam turbines, and pipeline systems in power plant areas operate at high temperatures for a long time. They need to cope with the losses caused by extreme temperatures, reduce energy waste through efficient insulation, and balance construction convenience and long-term stability. Ordinary insulation materials often struggle to balance multiple demands such as high temperature resistance, low thermal conductivity, and high strength. However, the low thermal conductivity nano insulation board DN1000 launched by Rosewool Insulation Refractory Co.,Ltd has become an ideal solution for insulation in power plant areas due to its excellent comprehensive performance, providing strong support for power enterprises to achieve safe, energy-saving, and efficient production. ​

What is the introduction of rock wool roll felt insulation material for aluminum plants? Rock wool roll felt is a roll shaped insulation material made mainly from high-quality natural rocks such as basalt and dolomite, which are melted into fibers at high temperatures and processed into fibers. Rock wool roll felt is divided into several categories based on its density and high temperature resistance; There are also veneers that combine insulation materials, which are divided into single-sided aluminum foil rock wool roll felt and double-sided aluminum foil rock wool roll felt; Low temperature pipeline or equipment insulation (temperature<600 ℃) in aluminum plants, rock wool roll felt is an economical and practical choice.

What is the insulation effect of 1200 * 100 calcium silicate board? 1200 * 100 specification calcium silicate board is a commonly used hard insulation board in industrial scenarios such as cement plants. It has excellent insulation and heat resistance, high temperature resistance, and low thermal conductivity, and is suitable for equipment external protection, flue outsourcing, and other working conditions. Its thermal conductivity is as low as 0.05-0.08W/(m · K), which can effectively block the conduction of medium and low temperature heat. When used with inner insulation cotton, it can form a double-layer insulation structure, greatly reducing heat loss, and has high temperature resistance and strength. It is suitable for harsh environments such as dusty and humid cement plants, and has strong insulation stability.