Synthetic Graphite Powder

Synthetic Graphite Powder Specification

Material
Synthetic Graphite

Application
Metallurgical Industry, Lubricants, Batteries, Refractories, Conductive Materials

Chemical Composition
High-purity Carbon (C > 99%)

Shape
Powder

Hardness
1-2 (Mohs Scale)

Density
1.9 Gram per cubic centimeter(g/cm3)

Fixed Carbon Content
> 99%

Ash Content
< 0.5%

Odor
Odorless

Volatile Matter
< 0.5%

Color
Black Grey

Melting Point
Sublimates above 3652°C

Packaging Type
HDPE Bags / Jumbo Bags

Particle Size
-200 mesh

Moisture Content
< 0.5%

Electrical Conductivity
High

Synthetic Graphite Powder About

We provide high purity synthetic graphite powder. Our Graphite Powder are available in different particle size ranges from 100 mesh till 25000 mesh(0.5 micron).

We also provide customization as per the customer needs.

Superior Purity and Performance

The synthetic graphite powder features a carbon content greater than 99% and low levels of impurities, resulting in stable physical and chemical properties. Its high electrical conductivity and thermal resistance make it especially well-suited for use in electronics and high-temperature industrial processes.

Versatile Industrial Applications

Engineered for flexibility, this synthetic graphite powder is widely employed in metallurgical processes, lubricants, batteries, refractories, and conductive material manufacturing. Its powder form and moderate hardness (Mohs 1-2) facilitate efficient handling and blending across different sectors.

Secure and Reliable Packaging

To ensure product integrity during transit and storage, the powder is packed in robust HDPE or jumbo bags. This packaging prevents contamination, safeguards against moisture entry, and maintains material quality for long-term usability in industrial environments.

FAQ's of Synthetic Graphite Powder:

Q: How is synthetic graphite powder manufactured and purified?

A: Synthetic graphite powder is produced by graphitizing high-purity carbon precursors at elevated temperatures, typically above 2500C, which ensures fixed carbon content over 99% and minimal volatile matter, ash, and moisture. Advanced purification techniques help achieve its high-purity status.

Q: What are the main benefits of using synthetic graphite powder in industrial applications?

A: This powder offers superior electrical conductivity, high thermal resistance, and chemical stability due to its high-purity carbon composition. Its performance enables improved efficiency and durability in metallurgical, battery, lubricant, refractory, and conductive material sectors.

Q: Where can synthetic graphite powder be applied most effectively?

A: Synthetic graphite powder is best utilized in the metallurgical industry, as a lubricant, in battery manufacturing, refractory production, and as a component in conductive materials. Its high purity and conductivity enhance its versatility in these fields.

Q: When should synthetic graphite powder be chosen over natural graphite?

A: Synthetic graphite powder should be selected when consistent high purity, superior conductivity, and low impurity levels are required. It is preferred in applications where engineered properties and impurity control are critical to safety and performance.

Q: What is the recommended process for handling and storing this powder?

A: For optimal safety and preservation, synthetic graphite powder should be stored in its original HDPE or jumbo bags, in a dry and ventilated area. Handle the material using appropriate industrial safety measures to avoid dispersal of fine powder.

Q: How does its high melting point benefit industrial users?

A: With sublimation occurring above 3652C, synthetic graphite powder remains stable at extremely high temperatures, making it invaluable for metallurgical and refractory processes where materials must withstand intense heat without degradation.

Q: What usage precautions are necessary due to the powder's physical properties?

A: While the powder is largely inert and odorless, users should employ standard dust control and respiratory protection during handling to avoid inhalation of fine particles, ensuring a safe working environment.

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