Carbon Content

FC:70-80
Type: Graphite Powder
Composition: Carbon
Item: Amorphous Graphite


Product Description

Amorphous graphite (also known as earthy graphite) is a natural graphite with a microcrystalline structure. It is characterized by high fixed carbon content, low ash, low sulfur, good lubricity, thermal conductivity, and electrical conductivity. As a cost-effective carbon material, it is widely used in metallurgy, machinery, chemical industry, electronics, and other fields.

Specs:

• Fixed Carbon: 75-80%    
• Sulphur:0.3%max    
• Ash:16-19%                    
• Vol.Matter: 4-6%    
• Moisture: 2%max
• Size:0-2mm/100mesh/200mesh/325mesh 90%min or at buyers' options
• Packing:1MT/Bag or at buyers' option
• Production Capacity: 2000MTS/Month

Application Fields

Our amorphous graphite is a natural high-quality carbon material with core advantages of high fixed carbon, low ash, low sulfur, excellent lubricity, and conductivity.

It is widely applied in various industrial fields:

• Steelmaking & Cast Iron: Cost-effective carbon additive to improve molten metal carbon content and casting quality.
• Foundry Industry: Stable carburizer for gray iron and ductile iron production, ensuring mechanical properties.
• Refractory Materials: Raw material/binder for carbon-containing refractories, enhancing high-temperature resistance.
• Lubricating Materials: Solid lubricant or grease additive to reduce mechanical wear and extend service life.
• Chemical Industry: Processed into graphite powder, blocks, or electrodes for conductive coatings and adsorbents.
• Battery Materials: Conductive additive for lead-acid and lithium-ion batteries, optimizing charge-discharge performance.
• Rubber & Plastic: Reinforcing/lubricating filler to improve wear resistance and processing fluidity.
• Paints & Coatings: Raw material for conductive, high-temperature, or anti-slip coatings.
• Brake Linings: Enhances heat resistance and stability of friction materials, improving braking performance.
• Metallurgical Flux: Optimizes slag fluidity, promotes impurity precipitation, and increases metal recovery rate.