No. 14, Building 2, No. 367 Beijing Road, Chengdu Economic and Technological Development Zone (Longquanyi District)

Leave Your Message

Application

Mining Industry

Mining-Industry1

Ore Dressing Process

After the ore is mined, it is necessary to separate the useful minerals from the gangue. The sieve net can screen according to the particle size of the minerals. For example, in the beneficiation of iron ore, vibrating sieve nets with different mesh numbers are used to initially separate the coarse-grained waste rocks from the finer-grained iron concentrates. Generally, the larger waste rock particles are left on the sieve net, while the fine iron concentrates pass through the sieve net. This helps to improve the efficiency of the subsequent ore dressing process.

Mining-Industry2

Classification Treatment

The crushed ore is classified so that ores of different particle sizes can enter different processing procedures. For instance, the crushed copper ore is classified through multi-layer sieve nets. The coarser ore particles are sent back to the crusher for re-crushing, while the ore particles with the required particle size are sent to subsequent processes such as flotation, ensuring that each processing link can effectively handle ores of appropriate sizes.

Chemical Industry

Chemical-Industry1

Raw Material Screening

The raw materials for chemical production often need to be screened to ensure that their quality and particle size meet the production requirements. Take the production of fertilizers as an example. In the production of urea, it is necessary to screen the urea particles to remove those that are too large or too small. Uneven particle size will affect the fluidity of the fertilizer and the fertilization effect. Sieve nets with appropriate mesh numbers can ensure that the particle size of urea is within the standard range, which is beneficial for the packaging, transportation, and use of the product.

Chemical-Industry1

Product Quality Control

At the final stage of chemical products, sieve nets are used to check whether the products meet the particle size specifications. For example, in the production of plastic particles, sieve nets are used to screen out plastic particles with qualified particle sizes, ensuring the stability of product quality. If the plastic particles are of different sizes, quality problems may occur during processing such as injection molding, such as uneven surfaces and inconsistent strength.

Construction Industry

Construction-Industry1

Sand and Gravel Screening

In the production process of construction sand and gravel, sieve nets are essential equipment. Through sieve nets, the mined or crushed sand and gravel can be screened according to different particle sizes. For example, sand can be divided into coarse sand, medium sand, and fine sand. Sand and gravel of different particle sizes are used for different construction purposes. Coarse sand is used as the coarse aggregate for preparing concrete, and fine sand is used for fine operations such as bricklaying. This helps to ensure the quality and performance of building materials.

Construction-Industry2

Powder Material Screening

For powdered building materials such as cement and lime powder, sieve nets can remove lumps and impurities. Cement may absorb moisture and form lumps during storage. After screening through a sieve net, the cement used in processes such as concrete mixing can have good fluidity and uniformity, thus ensuring the quality of the concrete.