15% Energy-saving 3100*1000*1300mm Hollow Block Machines for Sale

Specifications

15% energy-saving 3100*1000*1300mm hollow block machines for sale 

Brief introduction of hollow block machines:

The automatic hollow block machines uses raw materials such as shale, clay, gangue, coal ash etc to produce various hollow bricks. Compared with common bricks the hollow bricks have the advantages of light weight, good heat preservation and sound insulation. So it has become the main material in construction industry. The automatic hollow block machines of our company is fabricated with steel plates, has compact structure and high efficiency.

Production process of hollow bricks:

Clay-----Box feeder-----Roller crusher-----Double shaft mixer----- Automatic hollow block machines ----Brick cutting machine-----Cut billet machine -----Drying-----Sintering

Main features of automatic hollow block machines :

1.Low-cost shale, clay, gangue, coal ash as raw materials, low energy consumption.

2.Various hollow brick shapes can be produced by changing moulds.

3.Scientific structure design, convenient installation and maintenance.

4.Compact structure, stable running, investment-saving level: 35%

5.Reduce energy consumption by 30%, increase output by 20%

6.Automatic clay hollow bricks production equipment adopts quenching technology, redactor gear adopts hardened gears to extend service life

Application of automatic hollow block machines :

1.Suitable for producing all kinds of hollow bricks

2.Widely used in hollow brick making factories.

Warm tips when operating the automatic hollow block machines :

1.Adjust the position of core mark in core pin to balance the material feeding speed.

2. The material should be soft when test operation. When clay strips have good shape then gradually adjust the moisture content to make clay strips have appropriate hardness.

3.If clay material could not be extruded the clay brick machine should be checked and maintained.

4.Regularly check clay strip quality to avoid hole deviation and bottom deformation.