How to choose a suitable Superfine Raymond mill?

In recent years, Superfine Raymond mill has been continuously applied in various fields, such as the processing of non-metallic mineral, chemical raw materials, advanced ceramic raw materials, fine abrasive and so on. Fine and Superfine Raymond mill and the grading process also get quick development of equipment, all kinds of Superfine Raymond mill and fine grading equipment manufacturer has reached more than 100, scale and equipment manufacturer quality each are not identical, and as the national Superfine Raymond mill and fine grading equipment, has yet to formulate unified performance bidding documents, test specification and quality standard, lead to each manufacturer of the equipment performance index expression is not the same. In the face of numerous Superfine Raymond mill equipment, how should customers choose Superfine Raymond mill?

(1) whether the product fineness requirements are met;

(2) whether the output or scale requirements are met. The production capacity of a single device is mainly considered, and the principle is to minimize the number of devices on the premise of meeting the production requirements.

(3) low energy consumption per unit. Specific energy consumption (kw. H /T) should be low. The lower the unit energy consumption, the lower the production cost and the stronger the market competitiveness of the product.

(4) whether the wear of the equipment is small. On the one hand, equipment wear will reduce the service life of main parts and the whole machine and increase the cost; on the other hand, it will affect product quality or product purity. When selecting equipment, the working strength, material and anti-wear performance of the worn parts shall be compared.

(5) whether the quality control means are perfect. Perfect quality control means can guarantee the stability of product quality and improve the efficiency of crushing and grading.

(6) whether the supporting performance of the equipment is good, and whether the process system is simple. The equipment with good performance and simple process should be selected as far as possible.

(7) whether the environmental indicators are up to standard. Dust emission and noise should be selected to meet the requirements of national environmental protection and labor, safety and hygiene standards;

(8) whether the classification efficiency of the equipment is high. The equipment with high efficiency should be selected as far as possible.

(9) the product of the manufacturer with guarantee and sound service system should be selected to ensure the quality and reliability.