The belt and road countries 150M3 per day low investment business Autoclaved Aerated Concrete AAC block making machine production line
AAC plant contains the cutting machine, ball mill, autoclave, crusher, mould, turning hoister and so on. The autoclave aerated concrete plant simple name is AAC equipment, Production Process of Aerated Concrete According to the category and quality of raw material, and the features of equipment, the aerated concrete can be manufactured in different processes. Generally, add water to ash, silica sand or slag and crush them into slurry; Then add powdery lime, cement of right amount, plaster, vesicant, foam stabilizer, and mix and pour it to mould frame; After curing, foaming and hardening, cut it into blocks and boards in different specifications; Finally, transport it into pressure steamer with steamcuring cart, and get the light cellular concrete after steam-curing with high temperature and pressure.
Equipment list:Specialized equipment & Universal equipment.
Specialized equipment includes:
1. Cutting equipment: tilting crane, cutter.
2. Proportioning equipment: electronic measuring scale, slurry beating machine,
Slurry storage tank, slurry mixer.
3. Pouring and autoclave equipment: aluminum powder mixer. Pouring mixer, mould,
side plate, autoclave truck, carrier car.
4. Conveying equipment: semi-product crane, end product crane.
Universal equipment includes:
1. Pressure vessel equipment: boiler, autoclave.
2. Crushing equipment: ball miller, crusher.
3 Transportation equipment: crane, lifting machine, feeder, belt conveyor,
slurry pump, screw conveyor.
4.Enviornment protect equipments: dust remover
Autoclaved Aerated Concrete(AAC)brick/block is a light weight, multicell new construction material; the features include lower density, heat insulation, possibility, fire and acoustical resistant properties. AAC is made from silicon material(silica sand, or recycled fly ash) and calcium material (lime, cement), mixing with foaming additive (aluminum powder),batching with, the reaction between aluminum and concrete causes microscopic hydrogen bubbles to from, expanding the concrete to about five times its original volume. It is made into the multi-cell silicate product by the processes of molding, pre-curing, cutting, evaporating and curing.