Chemical aeration
Aluminium-powder paste is introduced through the confirmed preparation and mixing sequence.
The reviewed the documented project team NAAC route uses aluminium-powder chemical aeration with non-autoclaved curing. It must not be presented as a physical-foaming CLC route or as autoclaved AAC.
Aluminium-powder paste is introduced through the confirmed preparation and mixing sequence.
Curing conditions follow the reviewed non-autoclaved process and local factory conditions.
Do not copy the CLC foaming-machine configuration onto the NAAC line.
Autoclaved AAC remains a separate process and equipment route.
The values below are retained from existing the documented project team product information and require project confirmation.
| Item | Existing reference |
|---|---|
| Nominal output | 100–1000 m³/day |
| Operators | 6–15 people |
| Total plant area | 5000–20,000 m² |
| Connected power | 200–600 kW |
| Reference voltage | 380 V; redesign for destination-country supply |
Prepare and meter the confirmed binders, aggregates, water and chemical-aeration inputs.
02Match mould geometry and pre-curing positions to the billet and cutting sequence.
03Connect demoulding, horizontal cutting and vertical cutting to the confirmed billet condition.
04Move the cut product into the confirmed curing, stacking and storage path.
No. The reviewed NAAC route uses chemical aeration and requires a separate preparation and mixing configuration.
No. Autoclaved AAC includes high-pressure autoclave curing. This page describes a reviewed non-autoclaved route.
Tell us the project country, target product, local raw materials, planned output and current project stage.

Engineering can only configure a practical line when the real production conditions are visible.