Product name:vanadium nitride Place of origin:hebei, china Brand name:ledphor Molecular formula:vn Cas no.:24646-85-3 Appearance:black powder Purity:99.9% Particle size:-100mesh, customized Storage method:sealed, stored in a cool and dry place
Product name:calcium nitride Origin:hebei Brand name:ledphor Cas no.:12013-82-0 Formula:ca3n2 Formula weight:148.25g/mol Appearance(color/form):brown powder Particle size:-50 mesh Icp major analysis(confirms calcium component):confirmed Purity:99.9% Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it is easy to be oxidized, and high humidity or moist air causes hydrolysis andformation of ca(oh)2 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, calcium hydroxide, calcium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name:magnesium nitride Origin:hebei, china Brand name:ledphor Cas no.:12057-71-5 Molecular formula:mg3n2 Formula weight:100.95g/mol Appearance:light yellow powder Particle size:-100mesh Icp major analysis(confirms magnesium component):confirmed Purity:99.9% Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it is easy to be oxidized, and high humidity or moist air causes hydrolysis and formation of mg(oh)2 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, magnesium hydroxide, magnesium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name:strontium nitride Place of origin:hebei, china Brand name:ledphor Cas no.:12033-82-8 Molecular formula:sr3n2 Molecular weight:290.88 Purity:99.9% Appearance:black powder Particle size:-50 mesh Icp major analysis(confirms strontium component):confirmed Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it is easy to be oxidized, and high humidity or moist air causes hydrolysis and formation of sr(oh)2 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, strontium hydroxide, strontium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name:dysprosium nitride Origin:hebei, china Brand name:ledphor Cas no.:12019-88-4 Molecular formula:dyn Formula weight:176.51g/mol Appearance:gray powder Particle size:-100mesh Icp major analysis(confirms dysprosium component):confirmed Tren(total rare earth nitride):99.5% Purity:99.99% based on tren Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it willbeoxidized slightly, and high humidity or moist air causes hydrolysis and formation of dy(oh)3 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, dysprosium hydroxide, dysprosium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name:lithium nitride Place of origin:hebei, china Brand name:ledphor Cas no.:26134-62-3 Molecular formula:li3n Formula weight:34.83g/mol Appearance:dark brown powder Particle size:-100mesh Icp major analysis(confirms lithium component):confirmed Purity:99% Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it willbeoxidized slightly, and high humidity or moist air causes hydrolysis and formation of lioh and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, lithium hydroxide, lithium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name:lanthanum nitride Origin:hebei, china Brand name:ledphor Cas no.:25764-10-7 Molecular formula:lan Formula weight:152.91g/mol Appearance:black powder Particle size:-100mesh Icp major analysis(confirms lanthanum component):confirmed Tren(total rare earth nitride):99.5% Purity:99.99% based on tren Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it willbeoxidized slightly, and high humidity or moist air causes hydrolysis and formation of la(oh)3 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, lanthanum hydroxide, lanthanum oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name:praseodymium nitride Origin:hebei, china Brand name:ledphor Cas no.:25764-09-4 Molecular formula:prn Formula weight:154.91g/mol Appearance:black powder Particle size:-100mesh Icp major analysis(confirms praseodymium component):confirmed Tren(total rare earth nitride):99.5% Purity:99.99% based on tren Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it willbeoxidized slightly, and high humidity or moist air causes hydrolysis and formation of pr(oh)3 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, praseodymium hydroxide, praseodymium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name:ytterbium nitride Place of origin:hebei, china Brand name:ledphor Cas no.:24600-77-9 Formula:ybn Formula weight:187.05 Appearance(color/form):black powder Size:-200 mesh Icp major analysis(confirms calcium component):confirmed Purity:99.9% Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the moist air causes hydrolysis and formation of yb(oh)2 and ammonia Incompatibility(materials to be avoided):water, steam, moisture and vapors Hazardous decomposition products:ammonia gas, ytterbium hydroxide, ytterbium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product Name:gallium nitride Place of Origin:Hebei,China Brand Name:LEDPHOR CAS No.:25617-97-4 Formula:GaN Formula Weight:83.7297 Appearance:Yellow powder Particle Size:-100 mesh ICP Major Analysis(Confirms Aluminum Component):Confirmed Purity:99.9% Stability:Stability Incompatibility(materials to be avoided):None Hazardous Decomposition Products:Ammonia gas,Gallium oxide Radioactive:None Storage Method:In nitrogen gas holder
Product name:erbium nitride Origin:hebei, china Brand name:ledphor Cas no.:12020-21-2 Molecular formula:ern Formula weight:181.21g/mol Appearance:black powder Particle size:-100mesh Icp major analysis(confirms erbium component):confirmed Tren(total rare earth nitride):99.5% Purity:99.99% based on tren Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it is easy to be oxidized, and high humidity or moist air causes hydrolysis and formation of er(oh)3 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, erbium hydroxide, erbium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name/chemical name:yttrium nitride Origin:hebei, china Brand name:ledphor Cas no.:25764-13-0 Molecular formula:yn Formula weight:102.92g/mol Appearance:black powder Particle size:-100mesh Icp major analysis(confirms yttrium component):confirmed Tren(total rare earth nitride):99.5% Purity:99.99% based on tren Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it is easy to be oxidized, and high humidity or moist air causes hydrolysis and formation of y(oh)3 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, yttrium hydroxide, yttrium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name:cerium nitride Origin:hebei, china Brand name:ledphor Cas no.:25764-08-3 Molecular formula:cen Formula weight:154.11g/mol Appearance:bronze powder Particle size:-100mesh Icp major analysis(confirms cerium component):confirmed Tren(total rare earth nitride):99.5% Purity:99.99% based on tren Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it is easy to be oxidized, and high humidity or moist air causes hydrolysis and formation of ce(oh)4 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, cerium hydroxide, cerium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
Product name:aluminum nitride Place of origin:hebei, china Brand name:ledphor Cas no.:24304-00-5 Formula:aln Formula weight:40.99g/mol Appearance(color/form):white/powder Size:d50
Product name:europium nitride Place of origin:hebei, china Brand name:ledphor Cas no.:12020-58-5 Molecular formula:eun Formula weight:165.91g/mol Appearance:black powder Particle size:-100mesh Icp major analysis(confirms europium component):confirmed Tren(total rare earth nitride):99.5% Purity:99.99% based on tren Stability:instability Conditions contributing to unstability:stable in n2/ar at room temperature, but in the air it is easy to be oxidized, and high humidity or moist air causes hydrolysis and formation of eu(oh)3 and ammonia Incompatibility (materials to be avoided):water, steam, moisture, vapors and acids Hazardous decomposition products:ammonia gas, europium hydroxide, europium oxide Radioactive:none Storage method:in glove box which fill with n2/ar
1. Boron nitride coating, 2800oC(max), DI water, pasty;2. Boron nitride, powder, white, 5-7 µm, 99%;3. Boron nitride, powder, 15-20 µm, 99.5%;4. Boron nitride, powder, white, 3-5 µm, 99.3%;5. Boron nitride, powder, white, 8-10 µm, 99%; 6. Boron nitride, powder, white, 0.5-3 µm, 97-99%;7.Boron nitride, powder,,45 µm(max), 96-99%;8.BN, powder, white, 5000 -12500 mesh, 99%;9.Boron nitride, powder,5000-12500 mesh, 99.9%;10. BN, powder, white, 5000-8000 mesh, 98%;11.Boron nitride, powder, 12500 mesh µm, 99.5%,99.9% ;12.Boron nitride, powder, white, 15000 mesh, 99%, hexagonal structure
Specified for use in high-technology industries such as aerospaace and defense. Excellent corrosion resistance withstands attack from harsh chemicals and demanding environmental conditions. Light weight Silicon Nitride weighs 60% less than steel which reduces centrifugal force, skidding and wear under high speed and acceleration. High Temprature Hardness is twice that of Steel.
Molecular formula: HNSc CAS No: 25764-12-9 The molecular weight : 59.97060 Accurate mass: 59.96680 PSA :23.85000 LogP :0.39780
Boron Nitride Ceramics Boron nitride ceramics are made by hot pressing boron nitride powders at high temperature and pressure�¯�¼? they can easily be machined into rods, bars, plates and even intricate custom shapes. The excellent highly exceptional thermal, physical and chemical characteristics of boron nitride ceramics make it ideal for solving tough challenges in a wide range of industrial applications.�?� Excellent thermostable performance (Temperature �¢?�¥ 2000�¢?? in vacuum and inert atmosphere) Excellent thermal shock resistance Excellent lubricating properties High thermal conductivity High electrical resistivity Good chemical inertness Non-wetting (without oxidation) Excellent machinability It is widely used in many fields The ceramics are hard and can be made into high-speed cutting tools and drill bits used in geological exploration and oil drilling. Different shapes, can be used for high temperature, high voltage, insulation and heat dissipation components. Ceramics can be used to make packaging materials to prevent neutron radiation. Ceramics can be used to make special electrolysis and resistance materials under high temperature conditions. We can make different shapes of ceramics according to your requirements and your drawing, welcome and looking forward for your inquiring!
Si3N4 Ceramic Substrate Manufacturer,Silicon Nitride Ceramic For IGBT,Power Module Substrates,LED Substrate Product Description Silicon Nitrides (Si3N4) Feature An Excellent Combination Of Material Properties. They Are Nearly As Light As Silicon Carbide (SiC), But Their Microstructure Gives Them Excellent Thermal Shock Resistance And Their High Fracture Toughness Makes Them Resistant To Impacts And Shocks. Properties Of Silicon Nitride (Si3N4) Very Low Density (3.21 G/Cm3) Very High Fracture Toughness (7 MPam1/2) Good Flexural Strength (850 MPa) Very Good Thermal Shock Resistance: High Thermal Stress Parameters (569 K) Maximum Operating Temperature In An Oxidizing Atmosphere: 1,300°C Maximum Operating Temperature In A Neutral Atmosphere: 1,600°C Feature High Strength (High Reliability) Similar To The Thermal Expansion Coefficient Of Semiconductors Such As Si, SiC, And GaN High Dielectric Strength High Bending Strength Main Use Of Precision Ceramics For Electronics (Si3N4=Silicon Nitride) Power Module Substrates LED Substrates Submount For Optical Pick-Up Heat Dissipation Substrates The porous silicon nitride ceramic material combines the excellent properties of both the silicon nitride ceramic and the porous ceramic and is a ceramic material having a communicating or closed pore in the body. Porous silicon nitride ceramics have been widely used in aerospace and environmental chemicals due to their special structure and properties, such as low density, high porosity, moderate dielectric properties, high specific surface area, high hardness, and high fracture toughness. Important fields such as biomedicine, national defense, and military.
