Wear off smoke Road Construction

About Wuhan East Zhen Technology Co., Ltd. is a wear-resistant materials research and development, production, marketing and wear construction of one of the major integrated high-tech enterprises, following wear wear corrosion engineering, the main products are wear-resistant ceramic chip, wear ceramic liner, wear-resistant ceramic coating inorganic, organic resistant ceramic clay, hardfacing composite plates, wear plates, wear supersonic spraying, polymer polyethylene wear plates, wear and abrasion resistant refractory ceramic tube wear and corrosion, etc., and provide engineering and construction services. Founded in 2004, annual sales output value of 50 million yuan, the existing staff of 168 people, the company provides a wear-resistant and reliable product quality, quality, construction and technical personnel and research and development company strong technical force, to ensure the highest corrosion resistant layer life. The company undertaking the industry power plant flue, milling system, powder feeding system, combustion system, desulfurization system, ash handling systems, cement raw material, clinker mill equipment, fans, dust collector, cyclone, cooler associated piping, cogeneration systems, as well as sewage treatment, chemical industry, waste incineration systems, straw burning systems, coal mines, coal preparation plant, coal chemical industry, environmental protection machinery, steel mills and other industrial equipment. Project wear-resistant ceramic coating wear resistant ceramic coating is Wuhan East Zhen Technology Co., Ltd. introduced the German production technology and formula, and domestic well-known universities, scientific research institutions obtained further development, which is mainly composed of corundum, silicon carbide other wear-resistant aggregate and ultra-fine powder of two phases, while adding a sintering agent, superfine powder, paint additives, ceramic powder, powder composites, adhesives and other composite particles closely packed, rapid prototyping, high-intensity three days It can meet the design strength, and therefore there is no use in larger macroscopic defects, bulk density, their strength up to 200Mpa above room temperature. Ordinary concrete and refractory pouring material life of more than 50 times. Raw materials used mainly ionic compounds and some synthetic covalent compounds, based on solid theory, ionic and covalent bonds is a strong, and combined with the system due to the use of composite strengthening measures and special treatment, the formation of chemical bonding, so great strength and stiffness can effectively resist the high-speed impact and shear stress of the material. The use of special materials acid and alkali, stable performance, and the media does not react, but wear-resistant ceramic coating materials are mostly high-temperature composite materials, good crystal growth, structural integrity is not affected by environmental factors, it is the most One good inert material, which can protect against environmental effects and a variety of chemical corrosion medium. Wear-resistant ceramic coating wear resistance: To illustrate the wear-resistant ceramic coating wear resistance, to do a comparison test. (1) Comparative material: wear-resistant ceramic coating, 16Mn wear-resistant steel, 65Mn wear-resistant steel, refractory castable and wear-resistant ceramic. (2) Test conditions and procedure: Time: 15min; media: 0.5 ~ 1mm of corundum; Speed: 120m / s; spout to specimens of distance: 230mm; sample block vents and angle: 90 °. (3) Conclusion: room temperature resistant ceramic coating is 10 times the wear resistance of steel 16Mn, 65Mn steel 9 times, 50 times the refractory castable, with the change of the use of temperature increase wear resistant ceramic coating is very small. Use: wear-resistant ceramic coatings in various industries in the use of parts numbers cement plant coal power plant applications in the steel industry application petrochemical industry applications 1 cubic grind to a cyclone or precipitator inlet duct Bucket Wheel barrel ore, coal transport silos, hopper catalytic cracker cyclone 2 vertical mill, the lower casing and bottom belt hopper car tee bucket by bucket reactor 3 vertical mill on the cone, lower conical hopper and feeding trough leavened coal hopper (bin) coking ingredients mixing bin regenerator 4 vertical mill classifier housing coke silo sintering system shaker; trough and beneficiation hopper seal the flue duct 5 vertical grinding mill Coal beneficiation export pipeline distance silos, hoppers catalyst conduit 6 raw material composition separator cyclone inlet duct and speed mill cylinder housing and separating baffle filter housing and piping carbon monoxide waste heat boiler 7 All Tornado separator body and out of the wind pipe, including cyclone coarse powder cyclone housing, cone hopper and coal-fired boiler flue pipe out of 8 grate cooler to the electrostatic precipitator duct fired a secondary air duct electric boiler pipes 9 with the top of the precipitator housing sintering silo coarse powder separator housing and out of the duct 10 tertiary air duct valve high temperature and high-temperature exhaust fan casing and casing powder out of the duct 11 C1 Tornado the air damper tube and pipe bending tube of mill housing and duct sinter feed tube 12 leavened kiln, kiln coal transportation wear elbow straight and cone gas fired 13 high-temperature sintering bed dust collection system fan cabinet and out of the duct circulating fluidized bed furnace, hot blast feeding leavened cyclone circulation fan casing tube 14 and out of the boiler flue duct blast furnace slag and furnace water quenching stream media mill grinding stone warehouse 15 cutting tubes and pipes pulverized coal storage hopper other strong abrasion, erosion and strong parts of 16 coal mill separator housing and out of the wind and the dust collector pipe elbow 17 coal mill hot fan duct out of the chassis and cinder, coal pipeline 18 cement mill separator housing, and out of the wind winnowing machine dry ash in the cement mill shell precipitator inlet conduit 19 and inlet duct