In order to save energy and reduce consumption, external wall insulation decorative panels often need to take some insulation measures. The commonly used insulation measure for pipelines is to cover the surface of the heating tube with rock wool material to reduce heat dissipation and achieve energy conservation. Exterior wall insulation decorative panel is a popular building material in recent years, which to some extent solves the "two skin" problem of decorative insulation. However, the integration of insulation and decorative panels also has certain requirements for the construction environment and climate environment during the construction period.

For external wall insulation, the individual area of the building structure is much larger and the height is much higher than in foreign countries, which makes construction more difficult. Due to the significant climate differences in our country, the insulation system is chaotic, and there are engineering quality issues such as cracking, hollowing out, and falling. The coordination between relevant layers not only requires flexible changes, but also has a certain degree of compatibility and synergy to form a composite whole. During construction, rock wool products, especially those used for exterior wall insulation thin gypsum systems, require a certain construction process to form an exterior wall insulation system using mortar, mesh, anchor rods, etc. The quality issues of insulation systems are related to each material of the system.

The rock wool board production line adopts an electronic metering automatic feeding system to melt the raw materials in a closed furnace. After forming fibers through a four roll centrifuge, an appropriate amount of adhesive is added and sent to the vulcanization furnace through a cotton collector, cotton cloth machine, and folding pre press machine used for plate making. Then cool, cut, dry, dry, dry, dry and dry, process production, waste recycling and packaging.

Therefore, the external wall insulation system should be provided by the ethylene material supplier as a complete set of equipment after passing the quality system certification, system data and system function testing, to ensure the matching of system data and the implementation of crack resistance technology. The use of wet electricity to solve the problem of particle absorption, the construction of a new desulfurization tower for desulfurization, the conversion of solid waste into raw materials for reuse, and the treatment of production wastewater to promote resin production have solved the chimney flue gas generated in the production process of rock wool products. The device has environmental issues such as odor, smoke, and dust emissions.