200 m³/day AAC Block Production Line

The 200 m³/day AAC block production line is a practical medium-capacity solution for investors who want to build a stable and expandable autoclaved aerated concrete factory.

Huazhu Machinery provides complete AAC plant services, including project consultation, factory layout design, equipment manufacturing, installation guidance, commissioning, operator training and long-term technical support.

Production Capacity

• Daily output: approximately 200 m³
• Annual output: approximately 60,000–66,000 m³
• Product type: AAC blocks
• Automation level: semi-automatic or customized automatic system
• Production schedule: based on local working days and shifts

Actual output depends on raw materials, block density, product dimensions, working hours, curing cycles and production management.

Suitable Investors

• Medium-sized building material manufacturers
• Regional AAC block suppliers
• Traditional brick factories upgrading their products
• Construction companies building their own material supply system
• Investors serving growing urban and industrial markets

Main Raw Materials

• Sand or fly ash
• Cement
• Lime
• Gypsum
• Aluminum powder
• Water

The production formula and equipment configuration can be adjusted according to local raw material conditions.

AAC Production Process

1. Raw material crushing and grinding
2. Slurry preparation and storage
3. Automatic weighing and batching
4. Mixing and casting
5. Pre-curing and aeration
6. Demoulding and green cake transfer
7. Horizontal, vertical and cross cutting
8. Autoclave steam curing
9. Block separation and stacking
10. Packaging and finished-product delivery

Main Equipment Configuration

• Jaw crusher or lime crushing system
• Ball mill and slurry preparation system
• Cement and lime storage silos
• Automatic batching and weighing system
• Mixing and casting system
• AAC mould boxes and side plates
• AAC tilting hoist
• Automatic AAC cutting machine
• Autoclave curing carts
• Autoclaves
• Boiler and steam supply system
• Electrical control system
• Block separation and handling equipment
• Finished-product packing system

Main Advantages

• Suitable for medium-scale regional markets
• Reasonable investment and operating cost
• Higher production efficiency than small AAC plants
• Stable block quality and dimensional accuracy
• Flexible automation configuration
• Expandable layout for future capacity growth
• Reduced labor requirements
• Complete process from raw materials to finished blocks

Factory Planning Requirements

Before preparing the final plant layout and quotation, the following information should be confirmed:

• Available land length and width
• Required AAC block dimensions
• Local raw material types and test results
• Electricity, water and fuel conditions
• Expected automation level
• Local labor cost
• Finished-product storage requirements
• Future expansion plan

Typical AAC Block Sizes

• 600 × 200 × 100 mm
• 600 × 200 × 150 mm
• 600 × 200 × 200 mm
• 600 × 240 × 200 mm
• Customized sizes according to local standards

Automation Options

The 200 m³/day AAC plant can be designed with different automation levels according to the customer’s investment budget and local labor conditions.

• Semi-automatic batching and transfer
• Automatic raw material weighing
• Automatic casting control
• Automatic cutting system
• Automatic mould circulation
• Automatic block handling and packing
• Central PLC control and production monitoring

Huazhu Machinery Services

• Raw material analysis
• Project feasibility consultation
• Customized AAC Plant Layout
• Complete equipment manufacturing
• Factory inspection before shipment
• Installation and commissioning guidance
• Production formula support
• Operator and maintenance training
• Spare-parts supply
• Long-term technical service

Why Choose Huazhu Machinery?

Huazhu Machinery specializes in complete AAC block and panel production-line equipment. Our engineers design each plant according to the customer’s target capacity, raw materials, land conditions and investment requirements.

The goal is to provide a reliable, efficient and easy-to-operate AAC production system with stable finished-product quality and controllable operating costs.