AAC is made from silicon material (silica sand, or recycled flying ash) and calcium material
(lime, cement), mixing with foaming additive (aluminum powder), batching with water,
the reaction between aluminum and concrete causes microscopic hydrogen bubbles
to form, expanding the concrete to about five times its original volume. It is made into
the multi-cells silicate product by the processes of molding, pre-curing, cutting,
evaporating and curing
HIM-AAC-20
(lime, cement), mixing with foaming additive (aluminum powder), batching with water,
the reaction between aluminum and concrete causes microscopic hydrogen bubbles
to form, expanding the concrete to about five times its original volume. It is made into
the multi-cells silicate product by the processes of molding, pre-curing, cutting,
evaporating and curing
HIM-AAC-20
|
Capacity, ×103m3/year
|
200
|
|
Block Size, m3
|
6.0×1.2×0.6
|
|
Installation Power, kw
|
1300
|
|
Production Cycle, mould/min
|
4.5
|
|
Workshop Area, m2
|
4000
|
|
Plant Area, m2
|
30000
|