Zhengzhou Lifu New Materials Co., Ltd. Looks Forward to Meeting You at the 2026 SMM (3rd) South China Nonferrous Metals Annual Conference

With registered capital of 64.3 million yuan and covering an area of over 60 mu, the company currently employs more than 60 staff members (including 25 technical personnel and 5 with senior technical titles). It holds 6 invention patents, 3 utility model patents, and 13 design patents, making it a high-tech new materials manufacturing enterprise integrating R&D, production, sales, and technical services.

In cooperation with France's TRB, the company has adopted advanced French composite material manufacturing technologies and fully automated production equipment. Targeting challenges encountered in high-temperature industrial processes in sectors such as cement, steel, aluminum, and nonferrous metals—where kiln lining materials are prone to wear, severe erosion, and heavy buildup in high-temperature environments—the company offers a series of green, energy-saving, and long-life new materials.

• Titanium-aluminum ceramic composite materials combine the high wear resistance and high erosion resistance of ceramic materials with the superior toughness and strength of metallic materials. When used in high-temperature, high-wear, and severely eroded areas, their service life is 2 to 6 times that of castables.

• Nanocomposite insulation materials have a thermal conductivity as low as 0.03, 4 to 5 times lower than traditional calcium silicate boards. For the same insulation performance, the required thickness is only one-third that of calcium silicate boards; at the same thickness, equipment surface temperatures can be reduced by 30-80°C, lowering energy consumption and reducing carbon emissions.

• The high-temperature resistant unshaped refractory material adopts advanced French composite material processing technology, with a service life 1 to 2 times longer than similar domestic products. Among them, the high-temperature mortar features strong bonding strength and high bonding strength at elevated temperatures, which can improve the safety of lining applications. The antifreeze mortar can be applied normally at ambient temperatures from 0 to -30°C without reducing bonding strength.