Detailed Introduction to the Construction Waste Brick Making Machine Production Line:

In today's era of rising environmental awareness, the construction waste brick making machine production line is leading a new trend in the construction industry with its unique dual advantages of environmental protection and economy. This production line ingeniously converts construction waste into high-quality building materials, achieving the recycling of resources. It not only reduces the environmental burden but also creates significant economic benefits.

Production Line Composition: The construction waste brick making machine production line consists of multiple stages such as crushing, screening, pump processing, brick-making material mixing, molding, and curing, forming a complete closed-loop production system.

Product Features: Through advanced processing technology, waste building materials can be regenerated into construction raw and auxiliary materials such as gravel, sand, stone slag, and powder materials, greatly reducing the need for quarrying and river sand dredging. Additionally, the production line can be either a fixed factory or a mobile factory, flexibly adapting to the needs of different scenarios.

Technical Parameters: Taking the fully automatic QT10-15 model as an example, its molding cycle for hollow bricks, perforated bricks, and standard bricks is 15-20 seconds, with production capacities reaching 2,100 bricks/hour, 5,000 bricks/hour, and 9,600 bricks/hour respectively, efficient and stable.

Working Principle: The construction waste is crushed and screened through equipment such as jaw crushers, impact crushers, and vibrating screens. After that, it undergoes processes such as mixing, molding, and finally produces various recycled concrete products from construction waste.

The working principle of the construction waste brick making machine mainly includes the following steps:

Waste Classification: Effectively separate different materials in construction waste, such as concrete, bricks, tiles, and steel bars.

Crushing and Screening: Crush large materials into appropriately sized particles and classify them to obtain particles that meet the requirements.

Mixing: According to a certain ratio, mix the crushed and screened construction waste with other auxiliary materials (such as cement, lime, sand, etc.) to improve the strength and stability of the bricks.

Mixing: Stir the mixed raw materials to ensure uniformity.

Molding: Press the mixed raw materials into bricks through the brick-making machine.

Curing: Cure the molded bricks to ensure they reach the required strength.

Technical Features:

Control System: Equipped with PLC intelligent control and a human-machine interface, operation is simple and does not require professionals.

Vibrator: Uses a frequency conversion motor multi-source synchronous vibration system with adjustable frequency and amplitude, suitable for different materials and products. The vibration acceleration can reach 16 levels.

Molding Frame: Made of high-strength steel and special welding technology, it is extremely sturdy.

Four-Column Guide Column Structure: Made of ultra-strong special steel, it has good torsion resistance and wear resistance.

Material Distribution Cart: Unique material distribution cart with a rotating mandatory discharging device solves the problem of wet slurry and porous material distribution.

Raw Material Utilization: Can fully utilize construction waste, sand, stone powder, coal gangue, fly ash, steel slag, and other waste materials.

Product Range: Can produce various types of colored and ordinary paving stones, quay flower bricks, grass-planting bricks, hollow blocks, perforated bricks, standard bricks, etc.

Dual Revolution in Environmental Protection and Economic Benefits:
The environmental benefits of the construction waste brick making machine production line are mainly reflected in reducing the accumulation and landfilling of construction waste, lowering environmental pollution, and achieving sustainable resource utilization. At the same time, by making bricks locally, it reduces transportation costs and environmental pollution, achieving "zero emissions."

In terms of economic benefits, the return on investment for the construction waste brick making machine production line is extremely high. Taking a brick-making machine costing 80,000 yuan as an example, the economic benefits it brings can reach 1.1 million yuan. Furthermore, by reducing transportation costs, lowering raw material costs, and benefiting from national policy support, the production line has considerable profit margins in cost accounting.

Flexible Mobility and Small Footprint:
The construction waste brick making machine production line also boasts the advantages of good mobility and a small footprint. It does not require a fixed site and has low investment costs for land and foundation construction, suitable for various complex environments. This feature enables the production line to be more widely applied in urban renewal, old district renovation, and other projects, contributing to the green development of cities.