China Indirect method zinc oxide factory Manufacturer, Supplier, Factory

The purity of indirect process zinc oxide produced by our company can reach 99.9%, and we can also customize indirect process zinc oxide of different purities according to customer requirements. Produced using zero zinc ingots, the product has high purity, small particle size, uniform distribution, large specific surface area, and high surface activity. Our company is a professional indirect process zinc oxide manufacturer in China, and we welcome customers from all over the world to negotiate with us.CAS number:1314-13-2.

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%.

As a large manufacturer of graphite electrode rods in China, our company mainly uses pressure vibration method, CNC automatic forming method, and mechanical processing method to produce graphite electrode rods. Our products are mainly used in electric furnace steelmaking, resistance furnace, as well as industrial silicon, yellow phosphorus, corundum and other production. They are also applied as conductive electrodes in metallurgy, chemical industry and other fields; Our graphite electrode rods are widely loved by customers in Europe, America, Southeast Asia, the Middle East, South America, Japan, and South Korea due to their easy processing during use, high discharge machining removal rate, and low graphite loss.

The Silicon carbide graphite crucible produced by Shandong Jiayin New Material Co., Ltd. is produced by adding silicon carbide particles with different contents inside the raw material of graphite crucible, such as 50%, 30%, 24%, and other varying amounts. Of course, we can also customize silicon carbide graphite crucibles with different amounts of silicon carbide according to different customer requirements.Silicon carbide graphite crucible with a maximum temperature resistance of 1800 ° C。This product is widely used in the melting of non-ferrous metals and their alloys, as well as metal insulation in the non-ferrous metal casting and die-casting industries.

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.

Our company is a professional manufacturer of graphite anode plates in China. We have been engaged in wholesale sales and exports of graphite anode plates for many years. The graphite anode plates we produce are made of high-purity graphite materials as raw materials, with coal tar pitch as a binder, and then calcined, proportioned, kneaded, pressed, roasted, graphitized, and machined into plate-like structures. Their structure presents a layered structure. It has the advantages of high temperature resistance, good electrical and thermal conductivity, easy mechanical processing, good chemical stability, acid and alkali corrosion resistance, and low ash content; Used for electrolyzing aqueous solutions to produce chlorine, caustic soda, and electrolyzing salt solutions to produce alkali; The graphite layers are tightly bound together through the principle of intermolecular forces, forming a hard and stable material. The surface of graphite anode plate is smooth and can undergo electrode reactions on the surface. It is widely used in the fields of electrochemistry, chemical engineering, electronics, and new energy.