Insulation materials is an important iron and steel equipment, has a tremendous impact on device power consumption. Currently insulation materials are mainly used in the steel industry insulation tiles. Ceramic fiber, calcium silicate boards and other products, such material at low temperature insulation effect is acceptable, but as the temperature increases, the thermal conductivity will rise sharply, insulation performance declined rapidly. Tianjin Goodrich saving production of nano microporous insulation board Fujian nano insulation panel, when the high temperature is still very low thermal conductivity of nano insulation panel, the maximum temperature up to 1050 degrees, in the production of iron and steel equipment can reduce the temperature well , played a crucial role, can prolong life. After using solid-Energy microporous insulation reduces the temperature of the molten iron or steel, it can achieve the purpose of extended refractory life saving Refractories costs, improve the operation efficiency of the device. Obviously Jiangxi nano insulation board, insulation performance increase, not only saving energy, but it brings the overall economic efficiency is very significant, as can increase production Shanghai nano insulation panel, lower raw material consumption. Large number of foreign practice has proved this view, smelting metallurgical industry in foreign countries, it has been a popular choice microporous insulation for industrial furnace insulation lining. Solid-Energy (Figure), Jiangsu nano insulation panel, nano insulation panel provided by the Tianjin Science and Technology Co., Ltd. Gute energy saving. Tianjin Gute energy saving Technology Co., Ltd. (www.gutejn.com) provide customers with "refractory castable, anchoring nails, nano microporous insulation, refractory ceramic fiber, high temperature and radiation", and other services, the company has "solid-Energy" and other brands. Focusing on fire-resistant, fire prevention materials and other industries, have higher visibility in Tianjin. Welcomes inquiries, contact: Zhao Ruilin.