The aerated block equipment can use different processing techniques to complete the production according to the type of aerated block raw materials, quality, and processing characteristics of key machinery and equipment, but in general, the aerated block produced by the aerated block equipment is made of fly ash. , lime powder and concrete are the main raw materials, which are composed of raw material mixing, pouring, resting, cutting, autoclaving, finished product packaging, etc. The aerated block equipment is mainly composed of jaw crusher, ball mill, aerated block equipment, cutting machine , Aerated block overturning spreader, aerated block spreader, bucket elevator, screw conveyor, mixing and pouring machine, steam curing car, steam boiler, autoclave and other equipment are composed together. The structure of the aerated block equipment is complex, but The production process and production technology are relatively simple, and it is a more suitable investment project for current building materials investors.
A new type of building material aerated concrete can be made by using aerated block equipment. There are mainly two types of aerated blocks and aerated boards. Different formulas and processes can be used to make load-bearing wall blocks, non-load-bearing wall blocks and thermal insulation blocks. , The board is divided into roof insulation board, insulation floor board and insulation wall board.
Aerated block equipment has given new momentum to my country's prefabricated construction industry through the characteristics of intelligence, greening, humanization, good efficiency, and providing customers with full life cycle management services.
The air-entraining block is made of fly ash, lime, cement, gypsum, slag, etc. as the main raw materials, adding appropriate amount of gas-generating agent, regulator, bubble stabilizer, and mixing, pouring, static stop, cutting and high-pressure steam curing and other processes. A porous concrete product made by the process.
1. Light bulk density: it can reduce the weight of the building and greatly reduce the comprehensive cost of the building;
2. Heat preservation and heat insulation: During the manufacturing process of the aerated block, tiny pores are formed inside, and these pores form an air layer in the material, which greatly improves the effect of heat preservation and heat insulation;
3. Sound absorption and sound insulation: The microporous structure of the aerated block makes it have good sound absorption and sound insulation performance;
4. Small shrinkage value: due to the use of high-quality river sand and fly ash as siliceous materials, the excellent performance of its small shrinkage value prevents it from cracking;
5. Impermeability: Due to its microporous structure, it absorbs moisture slowly, and the time to absorb water to saturation with the same volume is much longer than that of ordinary building materials;
6. Environmental protection: no pollution during manufacturing, transportation and use, protection of arable land, energy saving and emission reduction;
7. Anti-seismic: The anti-seismic effect far exceeds that of general building materials;
8. Durability: long-term stable strength effect, far exceeding that of general building materials;
9. Machinability: the aerated block is light in weight, convenient for nailing, drilling, chopping, sawing, planing and other work, bringing convenience to decoration;
10. Refractory: The refractoriness is 700 degrees, which is a first-class refractory material
