Honcha block making machine specializes in producing no burning brick machine, hollow brick machine, grass planting brick machine, ecological grass planting slope protection brick machine equipment, permeable brick machine, cement brick machine, pavement brick machine, blind path brick machine, color brick machine, roadside stone equipment, cement cushion block machine

Performance of no burning brick machine:

1. Molding machine frame: made of high-strength section steel and special welding process, it is extremely solid.

2. Guide column: made of super strong special steel, chrome plated on the surface, with good torsional and wear resistance.

3. Die indenter of brick making machine: electromechanical hydraulic synchronous drive, the height error of the same pallet product is very small, and the product consistency is good. picture

4. Distributor: it adopts sensing and hydraulic proportional drive technology to force centrifugal discharge under the action of swing distributor. The distribution is fast and uniform, which is particularly beneficial to thin wall and multi row hole products.

5. Vibrator: it is driven by Electro-hydraulic Technology and multi-source vibration system. On the computer control, it is driven by hydraulic pressure to produce vertical synchronous vibration. The frequency auxiliary is adjustable to realize the working principle of low-frequency feeding and high-frequency forming. It can obtain good vibration effect for different raw materials, and the vibration acceleration can reach 17.5 levels.

6. Control system: brick machine PLC, computer control, man-machine interface, electrical appliances adopt international brands, the control program is designed and compiled in combination with the actual production experience and the international development trend to meet the national conditions, so that it can be operated without professionals and simple training, and the powerful internal storage can be upgraded.

7. Material storage and distribution device: the material supply is controlled by computer to avoid external and internal pressure on the materials, ensure uniform and consistent material supply, and minimize the strength error of products.