Litchem Technologies

Unlock superior performance in your research and industrial applications with our high-purity scandium oxide metal powder. Each securely sealed bottle contains finely milled, white powder—engineered for exceptional consistency and reliability. Trusted by laboratories and manufacturers worldwide, this premium material is ideal for advanced scientific experiments, catalyst development, electronic components, and cutting-edge technical projects. Available in multiple sizes to suit your specific needs.

Calcium Metal Powder

Basic Information

• Chemical Name: Calcium Metal Powder

• Chemical Formula: Ca

• CAS Number: 7440-70-2

• Purity: Typically 98–99.5%

• Appearance: Grey to silvery metallic powder

• Nature: Highly reactive alkaline earth metal

• Very reactive with water and moisture

• Strong reducing agent

• Low density metal

• Reacts with oxygen to form calcium oxide

• Particle size generally 100 mesh or finer depending on grade

1. Metallurgy – used as a deoxidizer and desulfurizer in steel production

2. Chemical Synthesis – strong reducing agent in chemical reactions

3. Powder Metallurgy – alloy preparation

4. Hydrogen Production – reacts with water to produce hydrogen

5. Research Laboratories – inorganic and organometallic synthesis

• Store in airtight containers under dry atmosphere or inert gas

• Keep away from moisture, water, and oxidizing agents

• Handle in dry environment

• Avoid contact with water or humidity

• Use gloves, goggles, and dust mask

Litchem Technologies offers high-purity Boron Nitride Powder under its premium LITRUPA brand. Known as “white graphite,” boron nitride is valued for its exceptional thermal stability, chemical inertness, and lubricating properties. It exhibits:

• High thermal conductivity and excellent dielectric strength.

• Superior lubrication even at high temperatures.

• Chemical resistance to oxidation and corrosive environments.

• Low thermal expansion, making it ideal for thermal management applications.

Applications:

• High-temperature crucibles and refractory materials.

• Thermal interface materials in electronics.

• Lubricants for vacuum systems and aerospace environments.

• Additives in ceramics, composites, and coatings.

Gold Powders – Litchem Technologies

Litchem Technologies supplies premium Gold Powders, designed for applications in electronics, dentistry, jewelry, and advanced materials. With exceptional purity and consistent particle size, these powders deliver superior conductivity, corrosion resistance, and chemical stability. The product is especially suited for research, plating processes, and high-performance alloys. Packaged in a 25 kg bag, it ensures safe storage and ease of handling while protecting against contamination and moisture. Manufactured under strict quality standards, Litchem’s Gold Powders offer reliable performance for industrial and scientific use. Trusted by professionals, this product supports innovation and precision in various high-value applications requiring excellent material properties.

Copper Metal Powder (99.9% purity) is a high-quality, fine metallic powder known for its excellent electrical and thermal conductivity, malleability, and corrosion resistance. With its bright reddish-brown metallic colour, this ultra-pure grade is ideal for advanced applications such as conductive inks, brazing, sintering, powder metallurgy, friction materials, chemical catalysts, and metal-based additives. The high purity ensures minimal contamination, consistent performance, and superior bonding properties in manufacturing processes. Copper powder is also widely used in electronics, 3D metal printing, EMI shielding, and specialized alloy production.

• Element: Bismuth

• Symbol: Bi

• CAS Number: 7440-69-9

• Atomic Number: 83

• Atomic Weight: 208.98 g/mol

• Appearance: Grey to silvery metallic powder

• Density: 9.78 g/cm³

• Melting Point: 271.4 °C

• Boiling Point: 1564 °C

• Solubility: Insoluble in water

• Crystal Structure: Rhombohedral

• Stable in dry air at room temperature.

• On heating in air, it forms Bismuth(III) oxide.

• Reacts with nitric acid to form Bismuth nitrate.

•  

• Iron (Fe) as the primary component
• Small amounts of carbon
• Other trace elements

1. Anti-iron chemical reactions - When mixed with black MS powder and T2 gel in equal quantities
2. Metal melting/dipping process - Used for treating copper and other metals:
   • Melt the Mix Active Metal with heat (using a gas burner)
   • Once liquid forms, dip copper into the melted mixture
   • Used for surface treatment or coating applications
3. Filler material - Used as a filler in various industrial applications