Rare earth elements can be used to produce molecular sieve catalysts in petroleum catalytic cracking processes, increasing the yield of gasoline and diesel.
Doping a certain amount of rare earth elements into ceramic raw materials can improve the sintering properties, density, and microstructure of ceramics.
Focusing on the research of rare earth material structures, we provide customized production and services to meet customer needs.
Cooperative Units
Jinshi Lanthanum (Xiamen) New Material Co., Ltd. founded by the scientists of the Chinese Academy of Sciences Xiamen Rare Earth Material Research Center, is located in the New Material Industrial Park of the Chinese Academy of Sciences Education Center in Xiamen. Jinshilan focuses on the high-value utilization of rare earths and is committed to the research, development, production, and sales of efficient rare earth functional additives.
Cooperative Units
Xiamen Rare Earth Materials Research Center of Haixi Research Institute, Chinese Academy of Sciences (Xiamen Rare Earth Materials Research Institute) is a scientific research institution jointly established by Haixi Research Institute, Chinese Academy of Sciences and Xiamen Municipal Government. This new research and development institution is mainly engaged in the research of rare earth clean production and environmental remediation, rare earth nanobiological therapy, rare earth energy storage materials, rare earth functional materials, rare earth luminescent materials, rare earth separation and purification, rare earth catalytic materials, rare earth functional additives, and rare earth special alloys.
Cooperative Units
Jinshi Lanthanum (Xiamen) New Material Co., Ltd. founded by the scientists of the Chinese Academy of Sciences Xiamen Rare Earth Material Research Center, is located in the New Material Industrial Park of the Chinese Academy of Sciences Education Center in Xiamen. Jinshilan focuses on the high-value utilization of rare earths and is committed to the research, development, production, and sales of efficient rare earth functional additives.
HOT PRODUCTS
We are a rare earth high-tech company specializing in the research and development, production, sales, and technical services of rare earth terminal application products.
Optical polishing powder
White powdery material, the product adopts co precipitation technology to synthesize a powder material with an average particle size of 1.0 μ m in one step. The material is calcined at high temperature of 1000 ℃ without agglomeration and has a uniform morphology, avoiding the defect of uneven particle morphology caused by particle breakage caused by airflow crushing.
Lanthanum Phosphate
White powder, insoluble in water but soluble in acid, with a monoclinic crystal structure. This product achieves controllable preparation of rare earth orthophosphate and pyrophosphate particles through cyclic phosphorization technology. The average particle size of the product is about 6 μ m, with good dispersibility, insoluble in water, good fluorescence characteristics, radiation resistance, good thermal stability, and high catalytic activity.
Cerium phosphate
Light yellow powder, insoluble in water but soluble in acid, with a monoclinic crystal structure. This product achieves controllable preparation of rare earth orthophosphate and pyrophosphate particles through cyclic phosphorization technology. The average particle size of the product is about 6 μ m, with good dispersibility, insoluble in water, good fluorescence characteristics, radiation resistance, good thermal stability, and high catalytic activity.
Lanthanum hydroxide
White powder, belonging to the hexagonal crystal system, is insoluble in water, soluble in acids, and easily absorbs CO2 from the air. It has excellent optical, electrical, and magnetic properties and is widely used as a catalyst, adsorbent, fluorescent agent, etc.
Agricultural specific pure rare earth
White crystalline powder, good water solubility, increases plant stress resistance and promotes plant photosynthesis.
Rare earth rubber heat-resistant agent
The product is a light yellow powder material, which induces the growth of cerium oxide crystals in a specific direction through surfactants, forming thin flakes; The product has the characteristics of light weight, low specific gravity, which is one sixth of the conventional cerium oxide specific gravity, and large specific surface area; The sheet-like morphology structure makes it uniquely applicable in fields such as heat resistance, UV absorption, catalysis, etc.
Neodymium hydroxide
Neodymium hydroxide is a chemical compound with the chemical formula Nd(OH)₃ and a purple crystal Insoluble in water, soluble in acid.
Rare earths are known as the "treasure trove of new materials in the 21st century" and are widely used in various fields of the national economy and advanced manufacturing, such as electronics, communications, lighting, healthcare, new energy, biotechnology, new energy vehicles, and energy conservation and environmental protection.
Rare earths are known as the "treasure trove of new materials in the 21st century" and are widely used in various fields of the national economy and advanced manufacturing, such as electronics, communications, lighting, healthcare, new energy, biotechnology, new energy vehicles, and energy conservation and environmental protection.
