This year, Sunlike made a major breakthrough in the research and development of new ceramic slurry pump, the independent design and production of horizontal ceramic slurry pump completed the upgrade, and successfully passed the hydraulic performance test, the performance indicators have met the design requirements, further demonstrating the technical strength of Sunlike ceramic materials research Department.      

The market application of ceramic slurry pump has been the general trend of the global pump industry. In the process of "non-metallic" material research and development, Senleck actively conforms to the national "double cycle" strategic layout, constantly increases R&D investment, accelerates the pace of ceramic product research and development and technological innovation, through material research and development, production process test, parts mold design and other aspects, after many tests and improvements, The equipment has the characteristics of efficiency, high performance, corrosion resistance, wear resistance, etc., suitable for mining, metallurgy, electric power, coal, chemical, building materials and other industries, customers can smoothly transport the abrasive and corrosive slurry containing solid particles, such as power plant ash conveying, coal slurry conveying, metallurgical processing plant coal slurry conveying, coal washing plant coal slurry and heavy medium conveying. In the mine abrasion condition, the service life of the ceramic pump is 4-6 times that of the metal, which meets the needs of the whole process of mineral processing.
In the design and production process, we have carried out detailed analysis and design, three-dimensional drawing and analysis for each kind of parts, and through strict audit and testing, the design parameters and on-site production are closely combined, under the premise of ensuring the operation parameters, reasonable design parts structure and wall thickness, control the weight of pump parts, bearing body adopts cylinder structure. Light, compact, easy to disassemble and assemble, to ensure that the pump parts in high corrosion working conditions have a better service life. In the design and manufacturing process, the unique ceramic processing technology and composite forming process are used to ensure the density and strength of the ceramic parts. In addition, the hydraulic model design, pump size calculation, bearing check calculation, pump overall structure and appearance design, etc., are calculated in detail and compared with a variety of schemes to ensure the efficiency of product operation.