LNZY Advanced Ceramic Materials Technology Corporation is committed to the research, development, manufacturing and sales of high-performance silicon carbide foam ceramics and their composite materials. The core personnel of the world-leading R&D team are all from the Institute of Metal Research, Chinese Academy of Sciences. The company has a provincial key laboratory for advanced inorganic foam materials, and has successively undertaken a number of national, provincial and municipal key scientific and technological projects such as the national "863" program subject "development and application of special ceramics and composite materials".
Products
Silicon carbide foam ceramic corrosion-resistant and wear-resistant material
Silicon carbide foam ceramic corrosion-resistant and wear-resistant composite pipe fittings
Silicon carbide foam ceramic composite material aviation brake discs and high-speed rail brake pads
Die-casting the molten copper alloy into the dual-scale pore size porous ceramic framework by the die-casting method to obtain a dual-continuous-phase composite friction material with integrally reinforced porous ceramic framework
Silicon carbide foam ceramic composite MPS grinding roller
With silicon carbide foam ceramic/cast iron (steel) dual continuous phase composite material as the wear-resistant element, the high-toughness steel frame as the constraining structure, no rare metal elements are added, the MPS grinding roller prepared by the casting process has a multi-scale composite The structural characteristics realize the organic combination of high wear resistance and high strength and toughness of the material. It has 7 times higher wear resistance and 10 times higher impact toughness than high chromium cast iron grinding rollers, and can be reused more than 10 times.
Porous media burning ceramic materials
High-efficiency and energy-saving silicon carbide foam ceramic structured packing and trays
Considering that foamed silicon carbide has a large specific surface area, a good three-dimensional network structure, excellent thermal physical properties and excellent acid and alkali corrosion resistance, Liaoning Zhuoyi New Material Co., Ltd. has developed a new type of high-efficiency foamed silicon carbide corrugated structured packing, and A series of packing products of various specifications are formed. The packing has a specific surface area of 1000-3000㎡/m3, the number of theoretical plates is 30-90% higher than that of the wire mesh packing, the pressure drop of the wet plate is reduced by 33%, and the efficiency is increased by 50%. It is especially suitable for high-efficiency rectification of corrosive and difficult-to-separate systems. It is an ideal new type of column internal material. The product has undergone industrialization tests in many large domestic chemical companies, and has shown significant advantages in terms of processing capacity, energy saving, and improved yield. The yield has increased by 2-5%, the processing capacity has doubled, and energy savings of 8-30%.. Multiple goals.
Silicon carbide foam ceramic composite material catalyst carrier
…
The silicon carbide foam ceramic material developed by the company for many years has realized the perfect unity of high performance and low cost, and has carried out various application research on it, and developed a series of silicon carbide foam ceramic matrix composite materials and products with completely independent intellectual property rights. The technology has reached the level of "China's first and international leader". The main products include corrosion-resistant and wear-resistant foam ceramic/resin composite pipe fittings, foam ceramic structured packing (tower plate), porous ceramic burner, foam ceramic filter material, foam ceramic heat storage material, etc. The company has established long-term cooperative relations with many top ceramic materials universities and national key laboratories in China, and is jointly committed to expanding the new composite material industry with high efficiency, long life, environmental protection, and replacement of scarce metal materials, and gradually develops into the global silicon carbide foam ceramic material field Leading company.