Grinding medium for coatings Pingxiang Jinrui zirconia beads 1.6-1.8mm
Grinding medium for coatings Pingxiang Jinrui zirconia beads 1.6-1.8mm

Grinding medium for coatings Pingxiang Jinrui zirconia beads 1.6-1.8mm

Category:

hardware/abrasive/Artificial abrasive

Model:

JR95

Brand:

Jinrui

model:

JR95

category:

zirconia alumina

material:

zirconium oxide

granularity:

ten

Specifications:

0.1-50mm

Is it imported:

yes

Order Number:

JRTZP

Item Number:

TZP

Scope of Application:

Nano dispersion grinding

Is it a cross-border source of goods:

No

manufacturer:

Pingxiang Jinrui New Materials Co., Ltd

Retail Price

160.00USD


重量

kg

  • Product Description
  • model

    JR95

    category

    zirconia alumina

    material

    zirconium oxide

    granularity

    ten

    Specifications

    0.1-50mm

    Is it imported

    yes

    Order Number

    JRTZP

    Item Number

    TZP

    Scope of Application

    Nano dispersion grinding

    Is it a cross-border source of goods

    No

    manufacturer

    Pingxiang Jinrui New Materials Co., Ltd

    Description :

      Application of Zirconia Beads in Mineral Powder

      The processing price of industrial mineral powder is relatively low, therefore requiring processing equipment with large processing capacity. Developing a large-scale ultrafine stirring mill with fine particle size, uniform distribution, and large processing capacity is an urgent task for the deep processing of industrial mineral powders. The ultra large horizontal sand grinder is a fine grinding equipment with development prospects for the regrinding or fine grinding of gold and silver ores, molybdenum ores, copper ores, nickel ores, lead and zinc ores, and iron ores. It has high energy utilization efficiency and fine product particle size. In addition, due to its simple structure and convenient maintenance, it is widely used in industrial production of gold ores, non-ferrous metal ores, metal ores, and magnetic materials.

      Application of Zirconia Beads in Suspension System Production

      There are many problems in the production of suspension systems, such as uneven dispersion, fast settling, and poor suspension performance. In addition to the influence of dispersants and other additives, particle fineness and size distribution are the main factors affecting the physical stability of suspension systems and are also key issues in suspension system research. The main means to solve the fineness problem is to improve the grinding efficiency of the processing process.

      In the preparation process of water suspension systems, vertical and horizontal sand mills are commonly used key equipment, and their processing has a significant impact on the physical stability of product storage. In order to investigate the effects of two types of sand mills and grinding time on the grinding efficiency and storage physical stability of suspension systems, a biotechnology company in Guangdong conducted a series of experimental comparisons. The results showed that by extending the grinding time, the average particle size and particle size distribution (percentage of particle size<3 μ m) of the suspension system could be reduced, the viscosity of the suspension system could be increased, and the physical stability of the suspension system could be improved. Under the same conditions, the grinding efficiency of horizontal sand mills is higher than that of vertical sand mills.

      Application of Zirconium Beads in Pesticide Production

      Suspension seed coating agents, as one of the most widely used types of pesticides, play a role in insecticide and plant nutrition in crops. However, there are poor suspension stability phenomena in the production of suspension seed coating agents, such as uneven dispersion and fast settling. Among them, particle fineness and particle size distribution are the main factors affecting the physical stability of suspension systems and are also key issues in the research of suspension seed coating agents.

      From the current literature, there is relatively little research on the use of mechanization in the production process of suspended seed coating agents, mainly relying on experience for practical operation, without systematic research and analysis. Researchers from Xinjiang Academy of Agricultural Sciences have conducted multiple screening experiments, studies, and analyses on the mechanized production of suspended seed coating agents over the years. The results show that, from the current development trend, horizontal sand mills are an essential means and approach to solve the mechanized production process of suspended seed coating agents, and are indispensable production equipment in pesticide mechanization operations.

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    Key words:
    • Zirconia beads