What are the advantages of the indirect method for zinc oxide production?

2022-11-17

The wide application of indirect zinc oxide is due to its various advantageous properties, making it a popular product in the market. However, there are many points of knowledge that need to be understood when using it, after all, many users are not aware of these. Next, the editor will introduce the advantages of indirect zinc oxide. Those who are interested can read it.

Indirect zinc oxide is widely used and is a popular product in the market due to its various advantageous properties. However, there are many points of knowledge that need to be understood when using it, after all, many users are not aware of these. Next, the editor will introduce the advantages of indirect zinc oxide. Those who are interested can read it.

Indirect zinc oxide generally uses zinc ingots as raw materials, which are converted into zinc vapor at 1000℃ in a graphite crucible, then blown into air to oxidize to form zinc oxide, and commercial zinc oxide is harvested from the condenser particles. To solve the problem of continuous high-temperature combustion of the equipment cover during use, a high-position stainless steel printing roller can be set from the top, which increases the capacity of the air oxidation chamber and the total heat dissipation area, thereby increasing the residual force of the air oxidation chamber environment temperature buffer. When the load of lead and iron in cadmium-free zinc increases, the production line equipment will be severely corroded, and the service life will be shortened. Of course, due to the increased service life of mechanical equipment, lead and iron can be better removed, the temperature of the forging furnace can be controlled, and the emergence of indirect zinc oxide is also conducive to the melting of lead and iron in the equipment. Honeycomb hard zinc precipitates. The iron content is high, removing and releasing the lead at the bottom of the equipment to ensure the quality of cadmium-free zinc.

Indirect Zinc Oxide

Indirect zinc oxide has strong anti-ultraviolet and anti-aging properties. And it is highly active, with various unique functions such as infrared rays, ultraviolet rays, and sterilization. With small particle size, high purity, large specific surface area, and high chemical activity, indirect zinc oxide is easily dispersed into the system to form a highly dispersed, uniform, and stable dispersion system. Especially in today's industrial production, at least half of the indirect zinc oxide flows into the rubber industry. As a major product of vulcanized rubber, indirect zinc oxide and stearic acid are one of the raw materials for rubber production. Of course, mixing the two can enhance the strength of the rubber. They are all key additives for tires. In addition to the effects of vulcanized rubber, it can also significantly improve the heat transfer of rubber, thereby helping tires dissipate heat. Indirect zinc oxide can also avoid the biological effects of Aspergillus flavus and the corrosion of ultraviolet rays on rubber. The role of indirect zinc oxide in the rubber tire industry is to improve the thermal conductivity, wear resistance, tear resistance, and tensile strength of new products, saving about 30% of zinc oxide.

In the above article, we have told you about the advantages of indirect zinc oxide. If you don't understand it yet, please take a look. That's all about this knowledge, hoping to help you. This is a regular manufacturer, friends who want to order this product may choose here. I believe it will not disappoint you. The price here is reasonable, and the quality is guaranteed.

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