Computer Control Industrial Production Line , Calcium Carbonate Production Line

Computer Control Industrial Production Line , Calcium Carbonate Production Line

Introduction of Calcium Carbonate Production Line

Powder grinding plant is also called powder making plant, which is widely used for the powder making in mining, power, chemical industry, building materials, metallurgy, refractory materials, desulfurization of power plant, asphalt mixing station and highway industry, and the product size is adjustable in the range of 20 – 3250 meshes.

ZK Machinery can not only provide powder grinding plant with wide selection ranges, reasonable matching, reliable quality and high performance price ratio for customers, but also offer the overall design and construction scheme of grinding operation as well as the turnkey project of the grinding field.

Applied material:

Feldspar, calcite, talc, barite, fluorite, rare earth, marble, ceramics, bauxite, manganese, phosphate rock, etc.

Advantages of Calcium Carbonate Production Line:
1. Strong product diversity. VSLM series grinding main unit is equipped with a turbo air classifier, which can produce a large range of product sizes. There are 30%~70% in the 2μm range, D97=4~45μm; the specific surface area is 21000 cm²/g, while products of D97=8.5μm can be directly produced by the main unit. The below data is tested by Malvern MICRO laser particle size analyzer.

2. Use optimized production line process design, VSLM series Ultrafine Vertical Roller Mill consumption is lower than vertical mill consumption of the same type.

3. After classification, the ultrafine powder produced by the main unit is characterized by a narrow particle size distribution, control gap of 2μm powder content, high profit margins and added value to produce finished powder products, and good single particle shape. Because of the diversified finished product and strong competitiveness, it has the widely available applications, such as artificial stone, plastic masterbatch, PVC pipe, wire and cable, diapers, non-woven fabrics and other industries, with such advantages as good activation effects and low oil absorption.

4. After being improved, rollers, grinding table, diversion systems and internal circulation systems can greatly improve the grinding efficiency and improve output by 15%~30% compared to the same type of domestic products, and can save electricity by 30%~60% compared to ball mills, etc.

5. With leading grinding equipment technology, the improved grinder can be operated at low vibration. Compared with Taiwan or domestic brands, VSLM series grinder has lower noise.

6. The whole system is fully closed-loop system, with small dust pollution, so the production environment is more clean and environmentally friendly.

7. In the main grinding mill, the main wear-resistant parts are all imported wear-resistant materials, which can increase the service life of the grinding machine and reduce maintenance costs.

8. The grinding process can fully automatically use computer to control the addition of grinding agent for powder processing, thus increasing product added value. The complete production line is fully under PLC control, flash real-time display and can perfectly link the machine control system of continuous modifier to achieve a high degree of artificial intelligence.

Parameter

Henan Zhengzhou Mining Machinery Co., Ltd. (ZK Corp) was established in 1956. The company is committed to providing innovative technology equipment and solid waste and hazardous waste recycling solutions for many countries and regions around the world. After more than 60 years of development, it has become a comprehensive modern enterprise, covering an area of 76,000 square feet and a building area of 43,000 square feet. ZK Corp now has 6 modern workshops, 4 heavy equipment workshops, 1 municipal R&D center, 1 provincial technology research center (industrial solid waste disposal equipment technology research center), including more than 300 large and medium-sized processing equipment set. ERP business services include scientific research, design, development, manufacturing, transportation, installation, testing and training.