Summary:Sand making machine is a device specifically for crushing the hard ore or extremely hard ore materials

Sand making machine is a device specifically for crushing the hard ore or extremely hard ore materials, and the sand produced by the sand making machine can be widely used in construction sand and other related fields.

At present, with the rapid development of the construction industry, the demand for building materials is increasing. In particular, natural sand cannot meet the increasing demand, so the production of artificial sand is particularly important. Among them, the sand making machine is a kind of production equipment that can produce sand and stone materials for construction, which promotes the sand making machine to become the mainstream equipment in the sand industry.

sand making machine
sand making plant
sand maker

What is the application field of sand making machine?

Sand making machine has three functions of crushing, sand making and shaping, so it is often used in the next process of crushing sand making line.

When used for making sand, medium hard materials with a feed of no more than 35mm can be broken into finished sand with a thickness of less than 5mm; when used for shaping, sheet materials no more than 35mm can be shaped into qualified materials with better grain shape. Therefore, it is widely used in the artificial sand making of river pebbles, mountain stones, ore tailings and rock chips.

Production of machine-made sand and stone shaping in water conservancy and hydropower, high-grade highways, highways, high-speed railways, passenger dedicated lines, bridges, airport runways, municipal engineering, high-rise buildings in the engineering field.

Fine crushing process in the field of mining in the mining field; crushing of materials in industries such as building materials, metallurgy, chemical industry, mines, refractories, cement, abrasives and other industries.

How does a sand making machine work?

The sand making machine is mainly composed of seven parts: feed, distributor, whirling crushing chamber, impeller experience, main shaft assembly, base drive device and motor.

Compared with the traditional sand making equipment, the design of the new equipment crushing cavity is more reasonable. The sand making machine adopts the principle of "stone-to-stone" or "stone-to-iron" in the production process.

During the whole crushing process, the materials are crushed by the impact of each other, without direct contact with metal components, which reduces pollution and prolongs mechanical wear time.

Work Flow of Sand Making Plant:

Vibrating Feeder - Jaw Crusher - Impact Crusher - Sand Making Machine - Vibrating Screen - Sand Washer

sand making machine working principle

How to improve the sand maker's production efficiency?

Many users pay special attention to the production efficiency of sand making machines. Only when the production efficiency of the sand making machine reaches the highest level can it bring higher profits to the enterprise. So how can we effectively improve the production efficiency of sand making machine?

  • First of all, it is necessary to control the particle size of the material and appropriately reduce the particle size to effectively improve the production efficiency of the sand making machine and achieve the purpose of large-scale production.
  • Secondly, it is necessary to strictly control the feeding speed to achieve the process requirements of uniform feeding, and it is also necessary to select the matching feeder for auxiliary use. If the material size is large, it needs to be crushed by a crusher, so that the production efficiency of the sand making equipment is significantly improved.
  • Finally, the daily maintenance work of the sand making machine should be done carefully, including regular rust removal, replacement of related parts, and lubrication work.

What is the performance advantage of sand making machine?

  • 1. Small energy consumption, high output and large crushing ratio.
  • 2. The equipment is easy to operate, install and maintain.
  • 3. Key parts adopt optimization design - reducing wear and use-cost.
  • 4. Rotor optimization design - deepening cavity type to increase yield.
  • 5. The air circulation system greatly reduces the exhaust air volume, reduces dust pollution and is conducive to environmental protection.