Microwave applications in chemical products, not only can greatly save energy, andseveral processes of some products in the microwave equipment at once. Many organic compounds can not be directly absorb the microwave, but you can usesome strong absorption of microwave "sensitizer" microwave energy to pass thesesubstances induced chemical reactions induced by microwave play through thecatalyst or carrier, that is, consumed microwave can be used on the occurrence ofinduced catalytic reaction, known as microwave induced catalytic reaction.Available in the micro-Bo Mafu furnace melting and ash samples around the sample container to put some high absorption of microwave tgsin materials (commonly sic),these materials can be 100% absorption of microwave, so the temperature within a very short time increased to reach the high temperature of 1000 ° C (2min);compared with the ordinary muffle furnace, melting and ash of the micro-Bo Mafufurnace to heat up faster, and less energy use in the loading and unloading ofsamples You can also avoid thermal radiation.
    Microwave chemical drying equipment mainly used in glass fiber, chemical raw materials, starch, oxalic acid, cobalt, cellulose (eg hydroxyethyl cellulose,carboxymethyl cellulose, etc.), mannitol, nickel hydroxide, lithium cobalt oxide,graphite, carbon brushes The silicon carbide, calcium chloride dihydrate, activated carbon, zirconium oxychloride, zirconium oxide, zirconium hydroxide, alumina, copper oxide, zirconium carbonate, zirconium sulfate, ammonium zirconium carbonate, zirconium silicate, manganese sulfate, carbonate zirconium potassium, oily ink drying agents, water-based ink cross-linked anti-agent, expandable graphite, a variety of resins, a variety of ceramic zirconium oxide, iron oxide, thepositive temperature coefficient (PTC) thermistor material of ceramic componentsand cellular PTC components and other chemical materials.