China Leading Aerated Concrete Equipment Manufacturer
we provide a one-stop solution for your autoclaved aerated concrete block and panel making projects, from scheme design to equipment manufacturing, installation, and commissioning after-sales services.
- Feasibility Analysis
- Plant Layout Design and Implementation
- Machine Selection and Manufacturing
- Machine Installation and Commissioning
- Control System Software Upgrade
- Online and On-site Technical Support
— About Us —
Smart AAC Solutions Since 2011
Founded in 2011, Jiangsu Runding Intelligent Equipment Technology Co., Ltd. specialises in smart industrial solutions and intelligent AAC block production line equipment.
Headquartered in Liyang, Jiangsu, Runding integrates R&D, production, sales, and service. We provide intelligent AAC equipment, factory management systems, and process solutions to support customers and advance AAC industry innovation.
We welcome cooperation to promote green building materials and global carbon neutrality.
— Our Products —
What Equipment Can We Provide for AAC Block Production Line?
Raw Materials Preparation Section
Proper control and management of the raw materials preparation contribute to the production of high-quality AAC materials for construction applications.
This process involves the following equipment:
- Jaw crusher
- Bucket elevator
- Belt conveyor
- Ball mill
- Dust collector
- Screw conveyor
- Slurry agitator
- Slurry pump
Jaw Crusher
The jaw crusher has a big crushing ratio and high output, it is mainly used to break and crush aerated concrete materials with a compressive strength less than 320Mpa.
Ball Mill
The ball mill grinds and blends the raw materials into a fine powder, ensuring the components are thoroughly mixed and have a consistent particle size distribution.
Slurry Agitator
The slurry agitator ensures that the ingredients remain well-mixed and prevent any settling or separation, which could affect the final product's quality.
Batching and Pouring Section
Proper batching, mixing, and pouring are essential to produce high-quality autoclaved aerated concrete blocks or panels.
This process involves the following equipment:
- Ferry carriage
- Pouring mixer
- Bubble removing device
- Powder & Slurry electric scale
- Aluminium slurry mixing machine
Aluminium Slurry Mixing Machine
The goal is to achieve consistent dispersion of aluminum powder and other components to ensure proper expansion and curing during autoclaving.
Pouring Mixer
The pouring mixer is used to evenly mix and fully react the production raw materials, and then pouring the mixed slurry into the mold frame in time.
Ferry Car
The ferry car automatically transports AAC moulds between pouring and cutting machines, ensuring precise movement, continuous production, and improved line automation.
Precuring and Cutting Section
Both the precuring and cutting steps are crucial for producing high-quality AAC products with consistent properties and dimensions.
This process involves the following equipment:
- Oiling system
- Tilting & demoulding crane
- Cutting machine
- Mould and side plate
- Traction machine
- Friction wheel
Tilting and Demoulding Crane
The tilting and demoulding crane is a specialized equipment designed to handle the delicate process of releasing the cured AAC blocks from the molds.
Mould and Side Plate
Side plates are used in conjunction with molds to create the desired shape and size of the AAC blocks. By adjusting plates to produce different blocks.
Cutting Machine
The key steps in the AAC manufacturing process is accuratly and cleanly cutting the large block of AAC into individual blocks of desired sizes.
Grouping and Autoclaving Section
Once the blocks have gained sufficient strength and the chemical reactions are complete, they are grouped together for the autoclaving process.
This process involves the following equipment:
- Tilting table
- Grouping crane
- Steaming wagon
- Autoclave
Grouping Crane
This equipment is used for smoothly and precisely grouping the newly produced AAC blocks before they are subjected to the autoclaving process.
Autoclave
The autoclave is a large-scale pressure vessel for steam curing of aerated concrete blocks. The autoclaving helps AAC blocks achieve their desired characteristics.
Tilting Table
The tilting table facilitates work to make the AAC block turn 90°, efficient and stable turning over, reducing the difficulty and cost of civil construction.
Packing Section
Proper packaging ensures that the aerated concrete products remain in good condition, maintaining their structural integrity and appearance until they are ready to be used in construction projects.
This process involves the following equipment:
- Separator
- Grabber
- Pallet feeder
- Combination platform
- Chain conveyor
- Strapping machine
- Side plate clean machine
- Side plate roller
Strapping Machine
Automatic strapping machines apply 1–3 straps per AAC block bundle, improving package stability, consistent tension, storage efficiency, and transport safety while reducing manual packaging labor.
Grabber
AAC block grabbers lift complete block groups in one cycle, using synchronized clamping to maintain alignment, reduce breakage, and accelerate transfer between curing, sorting, and packaging stations.
Chain Conveyor
Heavy-duty chain conveyors move AAC blocks and molds continuously, supporting 24/7 production, high-load transport, stable positioning, and smooth transfer between cutting, curing, and packaging sections.
— Our Capability —
Advanced Machining for AAC Production
High-energy laser cutting enables non-contact material processing without molds. Controlled by CNC programming, it can cut complex shapes directly with high precision, fast speed, minimal heat impact, and smooth edges.
Laser Material Cutting
Advanced robotic welding uses intelligent systems for automated, precise, efficient welding, ensuring stable quality, repeatability, higher productivity, improved safety, and adaptability to complex weld seams.
Robot Welding
CNC machining centers use advanced numerical control systems and multi-axis machine tools to achieve precise cutting, complex part processing, and stable batch production with high efficiency and accuracy.
CNC Machining Center
This machine efficiently cuts square, round, angle, channel steel, and other profiles, integrating automatic feeding, positioning, clamping, cutting, and discharging with ±0.5 mm accuracy for batch production.
Automatic Steel Profile Cutting Machine
Large-scale shot blasting and sandblasting equipment removes rust, scale, welding slag, and contaminants, improving coating adhesion and corrosion resistance with adjustable blasting pressure and angles.
Large-Scale Shot Blasting & Sandblasting Machine
Starting an AAC Block Plant?
Unlock higher production efficiency with Runding’s advanced AAC equipment for mini, medium, and large plants. Reduce hassle, improve profitability, and build your success with confidence.
Mini AAC Plant
- Capacity: 50-200cBM/Day
- Factory Area: 1000-2000m²
- Main Machine: 2.4m Machine
- Autoclave: 2 Sets
- Cutting Machine:1Set
- Mould and Side Plate: Mould 15pcs, side plate 162pcs
- Other Machine: 1 set of ferry carriages and 3 sets of cran
- Total investment: $200,000- $350,000
Medium AAC Plant
- Capacity: 700-1500CBM/Day
- Factory Area: 5000–10000m²
- Main Machine: 4.8m Machine
- Autoclave: 6 Sets
- Cutting Machine: 1 Set
- Mould and Side Plate: Mould 33pcs, side plate 213pcs
- Other Machine: 3 sets of ferry carriages and 4 sets of cranes.
- Total investment: $1,245,000 – $1,940,000
Large AAC Plant
- Capacity: 1600-3000CBM/Day
- Factory Area: >10000m²
- Main Machine: 6m Machine
- Autoclave: 10 Sets
- Cutting Machine: 1 Set
- Mould and Side Plate: Mould 53pcs, side plate 308pcs
- Other Machine: 4 sets of ferry carriages and 6 sets of cranes.
- Total investment: $2,180,000 – $3,470,000
— Industry Trends —
AAC Industry Insights & Solutions
When choosing AAC for a building project, a common question is: how much weight can an AAC block hold? There […]
Grinding fineness affects slurry stability, mixing, autoclave reaction, energy use, and AAC strength. Too coarse can cause settling and incomplete […]
In an AAC plant, the ball mill grinds silica-rich materials before slurry preparation, directly affecting production stability. Its capacity should […]