Shandong AI Pu Chemical Co., Ltd.   

Shandong AI Pu Chemical Co., Ltd. is a scientific and technological enterprise integrating research, production and trade. A series of high performance auxiliaries have been developed in the field of mould prevention and sterilization. They are widely used in light chemical products, especially in coatings production. In order to meet the needs of the market, our company has been working with many famous enterprises at home and abroad to expand the business scope of coating auxiliaries, and set up a diversified, integrated and reliable company system, and gradually develop towards the promotion and application of new products. Our company is specialized in the production of industrial mould inhibitor. The product No. 75 is divided into two kinds of powder and colloidal suspension. It is a kind of spectral fungicidal fungicide. It is widely used in paints, boat pollution marine paint, leather mouldproof, paper, plastic, fishing gear, enemy spores, silkworm medicine, marine aquaculture and other industries, and it is harmless to human and livestock in the concentration range, and it has no pollution to the environment. It has good chemical stability, no hydrolysis, stable under weak acid and weak alkali, good weather resistance, and can prevent microbial growth and reproduction for a long time. Less dosage, mildew and sterilization, low price and easy to use. The catalyst is used for methanol synthesis in the combined production of ammonia and methanol, and can also be used for methanol synthesis under medium pressure. In recent years, the methanol catalyst produced by our plant has been continuously improved. Copper based three element catalyst has replaced zinc and chromium catalyst. The process conditions of methanol synthesis tend to be more moderate, that is, medium and low pressure instead of high pressure synthesis; low temperature operation instead of high temperature operation. Obviously, lowering temperature can effectively improve the conversion rate, and the efficiency is more significant than increasing the pressure.