Thermal Spraying and Coating Materials
Rare earth thermal barrier coatings have the characteristics of high melting point, low thermal conductivity, high chemical stability and low sintering shrinkage.
ANRRE has developed thermal spraying coatings such as fused rare earth, rare earth silicate, rare earth zirconate, rare earth aluminate, rare earth fluoride, rare earth fluoride and high temperature resistant coatings, including nano, micro and granulated powder.
Shell Surface Materials for Titanium Alloy High Precision Castings
Thermal barrier coatings
Heat Resistant Coating
Corrosion Resistant Coating
Zirconia stabilizer, etc.
Rare Earth Luminescent and Laser Materials
The luminescence and laser properties of rare earth are due to the transition of 4f electrons between different energy levels. Rare earth elements have unparalleled spectral properties because of their special electronic layer structure. Rare earth luminescence almost covers the whole field of solid luminescence. There are abundant electron levels and long lifetime excitation states. There are more than 200,000 energy level transition channels, which can produce a variety of radiation absorption and emission, and constitute a wide range of luminescent and laser materials.
ANRRE has developed high purity rare earth oxide, high purity rare earth fluoride, rare earth silicate (rare earth orthosilicate, rare earth metasilicate, rare earth other silicates, etc.), rare earth aluminate, rare earth zirconate, rare earth tantalum, rare earth halide, rare earth sulfide oxide, rare earth fluoroaluminate, YAG, rare earth silicon nitride, rare earth silicon nitride, etc. for optical materials. It is widely used in the following fields of luminescence and laser:
Rare earth long afterglow phosphor
X-ray Rare Earth Luminescent Materials
Rare Earth Upconversion Luminescent Nanomaterials
Rare Earth Upconversion Medical Luminescent Nanomaterials
Rare Earth Light Conversion Materials
Rare earth scintillator
Rare earth Nano-luminescent materials
Rare Earth Organic Complexes as Photoluminescent Materials
Phosphate System Rare Earth Luminescent Materials
Rare earth luminescent materials in silicate system
White LED Rare Earth Luminescent Materials
Thin Films and Patterned FED Rare Earth Luminescent Materials
Nitrogen (Oxygen) Chemicals Rare Earth Luminescent Materials
Rare earth organic inorganic gel hybrid luminescent materials
Rare Earth Organic-Inorganic Microporous Hybrid Luminescent Materials
Rare Earth Organic-Inorganic Mesoporous Hybrid Luminescent Materials
Rare Earth Organic-Inorganic Polymer Hybrid Luminescent Materials
Rare Earth Organic-Inorganic Multifunctional Hybrid Luminescent Materials
Rare Earth Complexes-Ionic Liquids Hybrid Luminescent Materials
Rare earth complexes intercalated luminescent materials, etc.
High power laser crystal
Low and Medium Power Laser Crystals
Mid-Infrared Laser Crystals
Self-Raman Laser Crystals
Rare earth silicate scintillating crystal
Rare earth aluminate scintillating crystal
Rare earth halide scintillating crystal
Special Alloy Materials
Rare earth elements have unique extranuclear electronic structure and play a unique role in metallurgy and materials.
By adding rare earth non-ferrous alloy materials, purifying alloy melt, solid solution strengthening, dispersion strengthening, precipitation strengthening, fine grain strengthening alloy structure, improving alloy mechanical properties, corrosion resistance and fatigue properties, rare earth alloy materials with excellent properties such as magnesium, aluminum, copper and nickel can be obtained.
The addition of rare earth into steel can improve the solidification structure of steel, which can play the role of deep purification, microalloying, deoxidation, desulfurization, desulfurization and oxygen, changing the morphology and structure of inclusions. Rare earth can improve the strength and plasticity of steel, high temperature oxidation resistance, wear resistance, corrosion resistance and fatigue resistance, and heat strength of steel.
ANRRE has developed a series of rare earth alloys and rare earth alloy intermediates, such as single rare earth metals and rare earth ferroalloys, rare earth aluminium alloys, rare earth magnesium alloys, rare earth nickel alloys, rare earth copper alloys, which are widely used in the following fields:
Rare Earth High Strength Steel
RE Heat Resistant Steel
Rare earth stainless steel
Rare Earth Pipeline Iron and Steel
Rare earth die steel
Rare Earth High Speed Steel
Rare Earth Surface Hardened Steel
Rare Earth Ductile Iron
Rare earth aluminium alloy
Rare Earth Magnesium Alloy
Rare earth copper alloy
Rare earth cobalt alloy
Rare earth tungsten alloy
Rare earth titanium alloy
Rare Earth Zinc Alloy
Rare earth nickel alloys, etc.
The unique electronic structure of rare earth elements determines that they have special optical, electrical and magnetic properties, which can be greatly changed, modified and enhanced by the interaction between rare earth ions and ligands. Rare earth medicine has positive effects on digestive system, endocrine system, nervous system and human skin. The research of rare earth materials chemistry provides a broad prospect for biomedical design with special properties.
ANRRE has developed pharmaceutical grade rare earth carbonate, rare earth nitrate, rare earth sulfate, rare earth chloride, anhydrous rare earth chloride, rare earth fluoride, rare earth fluoride, rare earth oxide, nano rare earth, rare earth hydroxide, rare earth phosphate and other rare earth materials. As intermediates, they are widely used in the following medical fields:
Anti-inflammatory and bactericidal drugs
Analgesics, sedatives and antipyretics
Neutralize gastric acid
Diagnosis and prevention of tumors
Dental caries and dental implants
Rare earth fluorescence probe
Nuclear magnetic resonance imaging contrast agent, etc.