QT4-15 Automatic Hydraulic Block Making Machine

The QT4-15 block forming machine is a fully automatic, programmable block forming machine with the following features:

1. It offers versatile functionality and adaptability. It can utilize a wide range of materials, including fly ash, slag, gangue, or other industrial waste, as well as sand, stone, and cement. By changing molds, it can produce hollow blocks of various specifications, as well as various types of paving bricks, grass bricks, curbstones, and standard bricks. Fly ash usage can reach up to 70%.

2. The entire production process is controlled by a PLC, driven by a hydraulic system, and monitored by contactless proximity switches. Integrating mechanical, electrical, optical, hydraulic, and high-frequency vibration technologies, the machine automates plate feeding, material distribution, pressure vibration, demolding, and brick discharging. This ensures continuous and reliable operation, high production efficiency, and minimal operator workload. It is also durable and easy to maintain.

3. The machine's main electrical and hydraulic components are all imported or domestically produced, resulting in minimal malfunctions, reliable performance, durability, and easy maintenance.

4. Block forming is primarily hydraulic, supplemented by mechanical, and completed with vibration pressurization. The equipment is equipped with our company's patented vibration box, which provides high excitation force and frequency.

5. The organic combination of vibration and pressure makes the products more durable. The blocks produced achieve a tensile strength exceeding 15 MPa, high density, excellent frost and impermeability resistance, superior sound insulation, heat insulation, and thermal insulation, and precise dimensions.

6. The forced synchronous mold lifting mechanism ensures consistent product thickness, smooth demolding, and a high yield rate.

7. One-time, rapid, integrated demolding enables centralized handling and palletizing, improving production efficiency, reducing power consumption, and conserving human resources.