Speaking of copper oxide, we are certainly no stranger to it, and its application in our lives is very extensive. So today, the copper oxide sales company Xiaobian will introduce the relevant knowledge of industrial copper oxide to you.

Reaction of soda lime desiccant in determination of industrial copper oxide: CuO H2 = H2O Cu The first soda lime desiccant is used to absorb the water produced after the reaction. The increase in mass before and after the reaction is the mass of the water produced. The quality of the reaction is related to the amount of industrial copper oxide. Since hydrogen is constantly injected during the reaction process, the reaction vessel is not a hungry, airtight container, it is connected to the atmosphere to remove hydrogen, but if it is connected, it is difficult to prevent water and carbon dioxide from entering the container. Air enters and becomes the first base. Absorbent lime desiccant can improve measurement quality because the second soda lime desiccant acts to absorb moisture and CO2 from the air. To ensure the accuracy of the experiment. The reaction equation shows that the industrial copper oxide has oxidation effect and can be used as oxidizing agent. The catalytic action of industrial copper oxide is that under the catalytic action of copper oxide, silver and bromine re-generate the chemical equation of silver bromide.

Industrial use of copper oxide: mainly used as glass, porcelain pigment, desulfurizer and catalyst. It is also used as a colorant in the glass, enamel and ceramic industries in the rayon industry, as an anti-settling agent in coatings, and as a polish agent in optical glass. Used in the manufacture of dyes, organic catalyst carriers and copper compounds. It is also used in the rayon manufacturing industry and as a desulfurizer for oils and fats. It is used as a raw material for the manufacture of other copper salts, and also as a raw material for the manufacture of artificial gems.