Coating process: production process of healthy coating intermediate

The key points are as follows: 1 Raw material amount / quality amount / quality amount of negative ion gemstone powder 100 Antistatic gemstone powder 0 40 Far infrared micro powder 2 Silver ion catalyst 0 56 Antibacterial micro powder 1 Dispersant 0 40 Wave absorbing ferrite 0 5 Nonionic surfactant 0 30 2 Coating intermediate production process (1) The raw materials of each component are put into the crusher for crushing, and then the strong magnetic separation is carried out by the elevator to remove the strong Fe, Ni and other impurities; (2) Enter high speed centrifugal mill Paint knowledge how about Akzo Nobel Powder Coating Recommended introduction: powder coating is a kind of coating with different form from general coating, which is in powder form It is a new type of coating, because of its own advantages and more and more known by people Let's introduce Akzo Nobel Powder coating Akzo Nobel Powder coating is a cost-effective coating solution, which can be applied to different kinds of products After the treatment of static electricity and fire baking, a tough and durable coating surface will be formed, with the least impact on the environment Since the introduction of this technology, powder coating has been able to continue to maintain the Home of coatings: 1 Production formula of coating intermediates: raw material consumption / quality of raw material consumption / quality of negative ion gemstone powder 100, antistatic gemstone powder 0.40, far-infrared micro powder 2, silver ion catalyst 0.56, antibacterial micro powder 1, dispersant 0.40, wave absorbing ferrite 0.5, non-ionic surfactant 0.30, coating intermediates production process (1) The raw materials of each component are respectively sent to the crusher for crushing, and then the strong magnetic separation is carried out by the elevator to remove the strong Fe, Ni and other impurities; (2) the high-speed centrifugal grinding is carried out, and the powder obtained is mixed into the air flow classifier, the fine powder classified by frequency conversion and speed regulation is sent into the centrifugal discharger, and the air flow enters the high-efficiency bag separator, and the control temperature is less than 50 ℃; (3) the powder coming out of the bottom of the centrifugal discharger and the bag separator enters the mixing drum, and after stirring, enters the high efficiency stirring mill to repeatedly grind until the powder is ultrafine and then enters the spray tower to dry (4) The dried powder enters the bag separator, the separated powder enters the collisional air flow mill, and the surface is activated at the same time The operating pressure of the air flow is 1.0-1.2mpa, and the temperature is 18-22 ℃, and then it enters the collector for collection, so as to obtain the powder with fineness ≤ 41.2 μ m and evenness up to 1 / 100000 When the powder obtained by the above method is proportioned according to the formula, a healthy building coating intermediate product can be obtained 3 Performance and application of coating intermediate this product belongs to a kind of healthy building coating intermediate with small particle size and large anion release It can solve the pollution matter that free radicals fail to combine in nature and is suitable for use in many kinds of coatings Home of coatings is specialized in coatings, diatom mud, paint coating, coating technology, fire retardant coating news and coating, diatom mud, paint coating, coating technology, fire retardant coating decoration knowledge and decoration renderings,