I. Features cement fly ash composite pod core wallboard is polystyrene foam board as core material to alkali-resistant fiberglass mesh and non-woven fabrics for enhanced low-alkali cement surface materials, proper mixing powder ash, slag and additives, made of lightweight composite siding materials, product size length 2500-3500mm, width 600mm, thickness 60-240mm. The cement fly ash composite pod core wallboard both the surface layer by the alkali-resistant glass fiber reinforced and non-woven mesh, allowing high strength; due to join the reducing agent, water repellent, so dense surface layer structure reasonable porosity and pore size distribution, waterproof performance; cement fly ash composite pod core of the core material is polystyrene foam board, making a good product insulation properties. In addition, the product also has a construction convenient installation. The product set insulation, structural features and waterproof performance in one, mainly for the partition wall of the building. The project was completed roll-type light wallboard automated assembly line design, manufacture and commissioning; to study the molding process and the principle of cement fly ash composite pod core to optimize the production process recipe; develop the appropriate corporate standards, Atlas construction applications and other related technical documents Second, the application of the product easy to install construction than the small red brick and masonry construction can improve the efficiency of more than five times. Can be widely used within the framework of the building wall structure inside steel facades, flexible partition walls, cold storage, mobile homes, kiosks and other occasions. Third, the production line of the main technical parameters of the plate forming the largest sheet metal forming length 2500-3500mm Thickness 60-90-120-180-240mm productivity 4.5m / min device dimensions 38m × 0.8m × 1.4m 4Kw motor power voltage 380V (50HZ) outside a detailed description of wall insulation board equipment: Exterior cement foam insulation board technology advantage in building energy-saving insulation system in relation to other external wall insulation systems, cement foam wall insulation panel technology has the following advantages: (1) cement foam wall insulation panels for a wide range. Applies not only to the northern winter heating building insulation, but also for air conditioning in summer heat of the south building. (2) cement board exterior insulation wall insulation foam insulation effect is better. Since the outer insulation layer, can effectively prevent the influence of "hot and cold bridge". (3) cement foam wall insulation board for renovation, exterior insulation best effect. At present, there are many existing buildings, due to poor wall insulation, energy consumption big, winter indoor wall condensation, mildew, poor living conditions. The use of cement foam exterior insulation and energy saving, does not affect the normal life of residents and work indoors. (4) cement foam exterior insulation can enrich the building facades, while the construction, you can also use a variety of insulation board made concave or convex wall lines and other various forms of decoration, not only construction convenient, and strengthen the artistic effect of building facades. (5) cement foam wall insulation board can better improve the indoor environment. Indoor environment, including physical and psychological environment indoors. Compared with internal insulation, make use of the area per household increased by about 1.3 to 1.8 square meters. Also, set the outer insulation so that the wall has good moisture resistance, to avoid indoor condensation, mildew and other phenomena, thus creating a comfortable indoor living environment. (6) cement foam wall insulation board may well protect the main structure of the building. Because of the insulation layer is disposed on the outside, can greatly reduce the solar radiation, temperature changes, wind and rain and other weather conditions and other external damage to the building envelope, which can extend the life and rhythm of the main structure.