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China High purity Rutile titanium dioxide Manufacturer, Supplier, Factory

Jiayin is a professional manufacturer and supplier in China. Our factory provides zinc oxide, titanium dioxide, sodium cyanide, etc. If you are interested in our products, you can inquire now, and we will get back to you promptly.

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  • Aluminum Oxide Powder for Refractory Materials

    Aluminum Oxide Powder for Refractory Materials

    Our company is a large manufacturer of Aluminum Oxide Powder For Refractory Materials in China. The refractory alumina powder produced is suitable for refractory castables, plastic refractory, mending material, gunning mix, coating materials, bonding agents, catalysts, high purity refractory fibers, and other unshaped refractory materials. CAS number: 1344-28-1, Purity 98.5-99% or higher.
  • Scale Graphite Powder

    Scale Graphite Powder

    The scale graphite powder produced by Shandong Jiayin New Materials Co., Ltd. is natural crystalline graphite, which resembles fish phosphorus and belongs to the hexagonal crystal system with a layered structure. The scale graphite powder has good properties such as high temperature resistance, conductivity, thermal conductivity, lubrication, plasticity, and acid and alkali resistance. Cheap price and fast delivery.
  • Aluminum Oxide Powder for Ceramics

    Aluminum Oxide Powder for Ceramics

    The aluminum oxide powder for ceramics produced by our company plays an important role in the ceramic industry due to its stable crystal structure, Aluminum oxide powder for ceramics has high hardness, wear resistance, high thermal stability, and good insulation properties. It is widely used in the manufacturing of ceramic products.CAS number: 1344-28-1，Purity above 99%.
  • Graphite Anode Block

    Graphite Anode Block

    Shandong Jiayin New Materials Co., Ltd. is a Chinese factory specializing in the production of graphite anode blocks. Our company has its own workshop, testing center, research room, laboratory, and technical workers. The quality of the graphite anode blocks produced is excellent, the price is cheap, and the output is stable; It consists of three parts: anode active material, conductive agent, and adhesive. The product sells well all over the world and is deeply loved by users from various countries.
  • Metallurgical Graphite Crucible

    Metallurgical Graphite Crucible

    Our company is a Chinese manufacturer of metallurgical graphite crucibles.Metallurgical graphite crucible belongs to high-purity graphite crucible and are widely used in the metallurgical industry, and their main function is to hold various liquid metals, etc.And it is used for the smelting of alloy tool steel and non-ferrous metals and their alloys, and has good technical and economic effects.Due to the reasonable design of the metallurgical graphite crucible produced by our company，advanced structure, novel materials, lower energy consumption tested compared to similar furnaces of the same model, high efficiency, and less pollution.Its temperature resistance can reach 2300℃.
  • Rutile titanium dioxide

    Rutile titanium dioxide

    The Rutile titanium dioxide produced by our company has excellent coverage and color. Its covering power is extremely strong, which can effectively conceal the color and defects of the substrate, making the coating present a uniform and bright appearance. At the same time, rutile titanium dioxide has a pure color and does not produce the common yellow or blue deviation in traditional titanium dioxide, providing stable and high-quality color performance for the product.Our company can customize rutile titanium dioxide with different parameters according to customer needs.CAS No.:13463-67-7.
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  • Types of graphite electrodes

    According to the different raw materials used and the differences in physical and chemical indicators of the finished products, graphite electrodes are divided into three varieties: ordinary power graphite electrodes (RP grade), high-power graphite electrodes (HP grade), and ultra-high power graphite electrodes (UHP grade).

  • Difference between graphite electrode and copper electrode

    More and more customers, while using traditional copper electrodes for EDM, are beginning to realize some new trends of technological change: “How can we apply limited resources to increase production value, and how can we save time, cost and energy in the same situation?” Graphite electrode as EDM electrode material, with its high cutting, light weight, fast forming, very small expansion rate, small loss, easy to repair and other advantages, is due to its special stable physical properties and gradually become the future trend of EDM electrode material, has been widely used in the mold industry, instead of copper electrode has become inevitable.

  • Graphite Anode Plate Uses

    Graphite anode plate is a material with excellent conductivity and is widely used in the field of electrochemistry. This article will provide a detailed introduction to the structure, performance, and applications of graphite anode plates.

  • Application scope of zinc oxide

    Zinc oxide (ZnO) is an important inorganic material that has a wide range of applications in various fields due to its unique physical and chemical properties. It is widely used in industries such as cosmetics, pharmaceuticals, rubber, and coatings. Zinc oxide can be classified into the following types based on its particle size and morphology.

  • What is Titanium Dioxide Mainly Used For?

    Titanium dioxide's versatility, safety, and exceptional optical properties have made it an indispensable material across a wide range of industries.

  • What do I need to pay attention to when producing low power graphite electrodes?

    Low power graphite electrodes are specifically designed for use in electric furnaces or electrolytic processes at lower current densities and lower operating temperatures. These electrodes need to have good electrical conductivity, mechanical strength, thermal shock resistance, and some corrosion resistance, and in order to reduce energy consumption and cost, they need to have an optimized structure to reduce unnecessary power loss. Below are some points and recommendations that can be considered when designing low power graphite electrodes:

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