Machine-made sand is a new type of material, which replaces natural sand and protects the environment. Therefore, machine-made sand has become a new business opportunity, and machine-made sand plant has become a new investment opportunity. Because the investment cost of machine-made sand plant is relatively low, and the prospect of machine-made sand is very good, the demand is large, there will be no late investment and loss of business opportunities.
Quartz sand is a kind of quartz particle formed by crushing quartz stone. It is widely used in glass, casting, ceramics and refractory materials, smelting ferrosilicon, metallurgical flux, metallurgy, construction, chemical, plastic, rubber, abrasive and other industries.
The new quartz sand making machine and other auxiliary equipment process large pieces of quartz stone into fine-grained sand. Now let's take a look at how the new quartz sand making machine contributes to the quartz sand factory.
Performance advantages of the new quartz sand making machine of SMMVIK Machinery:
1. After the optimization design of the deep cavity rotor, the material throughput is increased by about 30%.
2. After partial wear of the surrounding guard plate, it can be used up and down to improve the material utilization rate and increase the service life by more than 48%.
3. The combined hammer design can reduce the use cost by more than 30% by replacing the worn hammer part. In addition, the auxiliary hammer head is added, which can effectively prevent the vertical plate from being damaged after the main hammer head is worn.
4. The core wear-resistant materials are highly wear-resistant and high-temperature resistant materials used in important industries.
5. The 5X sand-making machine uses diamond impact blocks to avoid damage to the vertical plate after material impact and wear.
6. The bearings are made of high-quality materials from Japan, Sweden and the United States.
7. The better launch port and the smoother curve design inside reduce the flow resistance of materials and greatly improve the passing capacity of materials.
