Copper soot mark designated IMC. This powder brand manufactured by the method of melt-spraying. Ultrafine copper powder - a product of manufacture using the latest technology. It consists of oxygen-free copper having a stable isotope composition of natural and non-layered structure. This kind of powder is non-toxic and non-radioactive, contains not contain precious metals. Sale copper ultrafine powder is performed using the PET bottles (200) and in glass flasks. Each batch of copper soot is made of one main batch of the starting material. Flour copper ultrafine IMC characteristics: -Degree purity of the bulk of 99.999%. Is the mean mass of a particle size not greater than 7 microns. Copper particles of soot are spherical. Is the chemical purity, which determines the ultrafine copper powder 99.996% oxygen-content in the ultrafine powder 0.06%. Is the specific radioactivity, which has a brand powder PMU - 1.1. -By The content of isotopes of copper ultrafine powder PMU - CU65-30.91%, CU63-69.09%. Nowadays ultrafine copper powder brand PMU is widely used in various industrial fields: automotive and aviation, electronic, chemical, instrument. ultrafine copper powder is used in the manufacture of various products from metal and special inks.
Soot (particles of 1-500 nm) are an artificial product, the use of which modern industry is promising. Developed revolutionary methods of obtaining the material, which are divided into chemical and physical. Especially popular obtaining powders in the atmosphere of inert gas and air, the technology of electric explosion, plasma chemical synthesis and others. These powders are produced by a number of specifications and useful armor protection, filters, structural and lubricants, pastes, abrasives and others. In particular Superdispersed extremely popular raw material to create fine abrasive pastes due to the high viscosity, strength, hardness, heat resistance, adsorption capacity. These parameters are significantly higher than the less dispersible powders. Widely applicable ultrafine tungsten-based materials. This is because ultrafine tungsten powder differs extraordinary hardness. Ultrafine WO3-based materials are produced for a variety of specifications. Ultrafine carbide consists of a spherical particle size of