Technical analysis and industry application of fully automatic brick making machine
A fully automatic brick making machine is a mechanical equipment that uses stone powder, river sand, cement, construction waste, and other raw materials to produce new building materials such as flower bricks, colored bricks, and blocks through PLC automatic programming control. It adopts hydraulic transmission and machine vibration forming technology, and the strength of the formed brick body can reach 15MPa, meeting the standards of load-bearing building materials. The overall structure is sturdy and durable, equipped with a PLC intelligent control system, easy to operate, and only 6-10 people are needed to complete the entire production process.
In terms of technical features, the equipment is equipped with a forced spinning fabric device to achieve uniform and low-noise operation of the fabric. The special wear-resistant steel mold design reduces maintenance costs and supports quick switching of various brick types such as standard bricks, hollow bricks, and slope protection bricks. The production efficiency has significantly improved, with a 3-5 times increase in efficiency compared to traditional manual brick making, and the product quality is stable. Through accurate formulation and strict process control, the brick size and density are ensured to be consistent.
Widely applicable in various fields, covering the production of new building materials in the construction industry, such as flower bricks, colored bricks, blocks, etc; Used for infrastructure construction such as roads, bridges, tunnels, etc. in municipal engineering; Production of lightweight insulation porous bricks in the field of residential construction; Manufacturing refractory bricks and special specification bricks for industrial applications; Environmental protection engineering utilizes industrial waste to produce environmentally friendly building materials and supports the resource utilization of solid waste.
In terms of market size, the global brick making machine market is expected to reach 2.404 billion US dollars by 2025, with the Chinese market accounting for approximately 110 billion yuan, representing 61.5% of the global production capacity. With the increase of urbanization rate, the promotion of rural revitalization strategy, and the catalysis of green building materials policies, the market demand continues to grow, and it is expected that the market size will exceed 150 billion yuan by 2030.
The environmental benefits are significant, with equipment unit energy consumption controlled at 150-180 kWh/10000 pieces, which is 40% lower than traditional kilns. By replacing 30% -50% of cement raw materials with industrial solid waste such as fly ash and slag, 12 million tons of solid waste can be digested annually. The equipment is equipped with a dust removal system, with a dust emission concentration of ≤ 8mg/m ³, far below the national standard, and a noise control of ≤ 75dB, achieving green production.
In terms of future trends, intelligence and automation are the core directions. The equipment will integrate industrial robots, intelligent sensor networks, and AI quality analysis modules to achieve unmanned operation. Continuous innovation in environmental protection technology has further reduced unit energy consumption, increased demand for personalized customization, and promoted the evolution of equipment towards multiple specifications and functions. With policy support and technological iteration, fully automatic brick making machines will play a key role in the sustainable development of the construction industry, helping to achieve the goals of solid waste resource utilization and energy conservation and emission reduction.
Data sources: Authoritative institutions such as the Ministry of Industry and Information Technology's "White Paper on the Construction Machinery Industry," the Yubo Report Hall's "Research and Market Outlook Forecast Evaluation Report on China's Brick Making Machinery Industry from 2025 to 2030," and the China Building Materials Federation's "Annual Development Report on China's Concrete Product Equipment Manufacturing.
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