Ningjin Xinze New Building Material Equipment Factory

Exterior wall insulation board equipment, also known as cement fly ash composite pod core wall board equipment, is a lightweight wall board made of polystyrene plus fly ash, slag and admixtures. The main production processes of cement fly ash composite pod core wall panels include mortar mixing, mortar spreading, composite glass fiber cloth, rolling, polystyrene board laying, mortar spreading, composite glass fiber cloth, roll forming, curing, and stripping. Mold, cutting, stacking and other steps. The products are produced using mechanized assembly lines. Product dimensions are length, width, and thickness. The product can be equipped with connecting grooves on the side for easy construction and installation. This product has good mechanical properties, and has excellent properties such as light weight, high strength, low water absorption shrinkage, thermal insulation, and sound insulation, and meets the requirements of relevant technical standards. Because this product has the characteristics of low water absorption shrinkage, the installed wall is not easy to crack. This product is easy to construct and install, and can increase construction efficiency by more than five times compared with red bricks and small blocks. It can be widely used in internal partition walls of frame structure buildings, internal and external steel structure walls, flexible partition walls, cold storage, mobile houses, commercial pavilions and other occasions.
1. Product Features
The cement fly ash composite pod core wall panel uses polystyrene foam board as the core material, and alkali-resistant glass fiber mesh cloth and non-woven fabric reinforced low-alkali cement as the core material. The surface layer material is a lightweight wall panel material compounded by appropriately mixing fly ash, slag and admixtures. The product dimensions are length, width and thickness. The two surface layers of the cement fly ash composite pod core wall panel are reinforced by alkali-resistant glass fiber mesh cloth and non-woven fabric, making the product high in strength. Due to the addition of water-reducing agent and waterproofing agent, the surface layer structure is dense. The porosity and hole distribution are reasonable, and the waterproof performance is good. The core material of the cement fly ash composite pod core board is a polystyrene foam board, which makes the product good in thermal insulation performance. In addition, the product also has the characteristics of convenient construction and installation. This product integrates thermal insulation, structural function and waterproof performance, and is mainly used for wall partitions in buildings. This project completed the design, manufacturing and trial operation of the automated assembly line for roller-pressed lightweight wall panels. The molding process and principles of cement fly ash composite pod core panels were studied, the production process formula was optimized, and corresponding corporate standards and construction applications were formulated. Atlas and other related technical documents
2. Scope of application
This product is easy to construct and install, and can increase construction efficiency by more than five times compared with red bricks and small blocks. It can be widely used in internal partition walls of frame structure buildings, internal and external steel structure walls, flexible partition walls, cold storage, mobile houses, commercial pavilions and other occasions.
3. Main technical parameters of the production line
Maximum forming length of the board, forming thickness of the board, production efficiency, overall dimensions of the equipment, motor power and voltage
Detailed description of the exterior wall insulation board equipment
Exterior wall cement foaming Application advantages of insulation board technology in building energy-saving insulation systems
Compared with other exterior wall insulation systems, cement foam exterior wall insulation board technology has the following advantages
Scope of application of cement foam exterior wall insulation boards wide. It is not only suitable for heating buildings with thermal insulation in the north in winter, but also suitable for air-conditioned buildings with thermal insulation in the south in summer.
The thermal insulation effect of cement foam exterior wall insulation board is relatively good. Due to the outer side of the insulation layer, the influence of hot and cold bridges can be effectively prevented.
Cement foam exterior wall insulation board has the best exterior insulation treatment effect for the renovation of old houses. At present, there are many existing buildings in our country. Due to poor insulation effect of exterior walls and high energy consumption, indoor walls become condensation and moldy in winter, resulting in poor living environment. The use of cement foam exterior wall insulation for energy-saving renovation will not affect the normal life and work of residents indoors.
Cement foam external insulation can enrich the facade effect of the building. During construction, various insulation boards can also be used to make recessed or protruding lines on the wall and other various shapes of decorations. Not only It is easy to construct and enhances the artistic effect of the building's facade.
Cement foam exterior wall insulation panels can better improve the indoor environment. Indoor environment includes indoor physical environment and psychological environment. Compared with internal insulation, the usable area of each household can be increased by approximately square meters. In addition, the external insulation layer makes the wall have better moisture-proof performance, which can avoid indoor condensation, mildew and other phenomena, thus creating a comfortable indoor living environment.
Cement foam exterior wall insulation panels can well protect the main structure of the building. Because the insulation layer is located outside, it can greatly reduce damage to the building envelope caused by solar radiation, temperature changes, wind and rain, and other external conditions, thereby extending the service life and safety period of the main structure.