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Founder, Avada Factory Inc.
Flake graphite
Sealing materials and composite materials, graphite products, graphite friction-reducing additives, and other high-tech products have become important non-metallic mineral raw materials for various industrial sectors. Graphite is a non-metallic mineral with unique physical and chemical properties such as high temperature resistance, oxidation resistance, corrosion resistance, thermal shock resistance, high strength, good toughness, high self-lubricating strength, and strong thermal and electrical conductivity. Our company’s graphite series products are mainly used in metallurgy, machinery, electronics, batteries, chemicals, light industry, military industry, defense, aerospace, and refractory materials industries, and are an indispensable non-metallic raw material for today’s high-tech industries.
Product Name: High-purity graphite, high-carbon graphite, medium-carbon graphite
Specifications: Particle size 0.5mm~1μm, carbon content 80~99.99%
Properties: Complete flake crystals, thin and tough flakes, excellent physical and chemical properties, with good temperature resistance, self-lubricating properties, electrical conductivity, thermal shock resistance, and corrosion resistance.
Applications: Widely used in high-grade refractory materials and coatings in the metallurgical industry, stabilizers for pyrotechnic materials in the military industry, pencil leads in the light industry, carbon brushes in the electrical industry, electrodes in the battery industry, and catalyst additives in the fertilizer industry. Flake graphite, through further processing, can also produce graphite emulsions and graphite…
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| Specification | Fixed Carbon (%) ≥ |
Moisture (%) | Residues After Sieving (%) | Main Uses |
|---|---|---|---|---|
| LC50-99.9 | 99.90 | 0.20 | ≥80 | Flexible graphite sealing materials |
| LC300-99.9 | ||||
| LC180-99.9 | ||||
| LC(-)150-99.9 | ≤20.0 | Base material for lubricant | ||
| LC(-)75-99.9 | ||||
| LC(-)45-99.9 | ||||
| LC(-)150-99.99 | 99.99 | 0.20 | ≤20.0 |
| Specification | Fixed Carbon (%) ≥ |
Volatile Constituent (%) ≤ |
Moisture (%) | Residues After Sieving (%) | Main Uses |
|---|---|---|---|---|---|
|
LG500-99, LG300-99 LG180-99, LG150-99 LG125-99, LG100-99 |
99.00 | 1.00 | — | ≥75.0 | Filler |
|
LG(-)150-99, LG(-)125-99 LG(-)100-99, LG(-)75-99 LG(-)45-99 |
≤20.0 | Lubricants, base materials, coatings | |||
|
LG500-98, LG300-98 LG180-98, LG150-98 LG125-98, LG100-98 |
98.00 | ≥75.0 | |||
|
LG(-)150-98, LG(-)125-98 LG(-)100-98, LG(-)75-98 LG(-)45-98 |
≤20.0 |
| Specification | Fixed Carbon (%) ≥ |
Volatile Constituent (%) ≤ |
Moisture (%) | Residues After Sieving (%) | Main Uses |
|---|---|---|---|---|---|
|
LG500-97, LG300-97, LG180-97 LG150-97, LG125-97, LG100-97 |
97.00 | 1.20 | 0.50 | ≥75.0 | Lubricants, base materials, carbon brush coatings |
|
LG(-)150-97, LG(-)125-97, LG(-)100-97 LG(-)75-97, LG(-)45-97 |
≤20.0 | ||||
|
LG500-96, LG300-96, LG180-96 LG150-96, LG125-96, LG100-96 |
96.00 | ≥75.0 | Refractory materials, electrical carbon products, raw materials for batteries and pencils | ||
|
LG(-)150-96, LG(-)125-96, LG(-)100-96 LG(-)75-96, LG(-)45-96 |
≤20.0 | ||||
|
LG500-95, LG300-95, LG180-95 LG150-95, LG125-95, LG100-95 |
95.00 | ≥75.0 | Electrical carbon products | ||
|
LG(-)150-95, LG(-)125-95, LG(-)100-95 LG(-)75-95, LG(-)45-95 |
≤20.0 | Refractory materials, electrical carbon products, raw materials for batteries and pencils | |||
|
LG500-94, LG300-94, LG180-94 LG150-94, LG125-94, LG100-94 |
94.00 | ≥75.0 | |||
|
LG(-)150-94, LG(-)125-94, LG(-)100-94 LG(-)75-94, LG(-)45-94 |
≤20.0 | Electrical carbon products |
| Specification | Fixed Carbon (%) ≥ |
Volatile Constituent (%) ≤ |
Moisture (%) | Residues After Sieving (%) | Main Uses |
|---|---|---|---|---|---|
|
LG500-93, LG300-93, LG180-93 LG150-93, LG125-93, LG100-93 |
93.00 | 1.50 | 1.00 | ≥75.0 | Crucibles, refractory materials, dyes |
|
LG(-)150-93, LG(-)125-93, LG(-)100-93 LG(-)75-93, LG(-)45-93 |
≤20.0 | ||||
|
LG500-92, LG300-92, LG180-92 LG150-92, LG125-92, LG100-92 |
92.00 | ≥75.0 | |||
|
LG(-)150-92, LG(-)125-92, LG(-)100-92 LG(-)75-92, LG(-)45-92 |
≤20.0 | ||||
|
LG500-91, LG300-91, LG180-91 LG150-91, LG125-91, LG100-91 |
91.00 | ≥75.0 | |||
|
LG(-)150-91, LG(-)125-91, LG(-)100-91 LG(-)75-91, LG(-)45-91 |
≤20.0 |
| Specification | Fixed Carbon (%) ≥ |
Volatile Constituent (%) ≤ |
Moisture (%) | Residues After Sieving (%) | Main Uses |
|---|---|---|---|---|---|
|
LG500-87, LG300-87, LG180-87 LG150-87, LG125-87, LG100-87 |
87.00 | 2.50 | 1.00 | ≥75.0 | Crucibles, refractory materials |
|
LG(-)150-87, LG(-)125-87, LG(-)100-87 LG(-)75-87, LG(-)45-87 |
≤20.0 | Foundry coatings | |||
|
LG500-86, LG300-86, LG180-86 LG150-86, LG125-86, LG100-86 |
86.00 | ≥75.0 | Refractory materials | ||
|
LG(-)150-86, LG(-)125-86, LG(-)100-86 LG(-)75-86, LG(-)45-86 |
≤20.0 | Foundry coatings | |||
|
LG500-85, LG300-85, LG180-85 LG150-85, LG125-85, LG100-85 |
85.00 | ≥75.0 | Crucibles, refractory materials | ||
|
LG(-)150-85, LG(-)125-85, LG(-)100-85 LG(-)75-85, LG(-)45-85 |
≤20.0 | Foundry coatings | |||
|
LG500-83, LG300-83, LG180-83 LG150-83, LG125-83, LG100-83 |
83.00 | 3.00 | ≥75.0 | Refractory materials | |
|
LG(-)150-83, LG(-)125-83, LG(-)100-83 LG(-)75-83, LG(-)45-83 |
≤20.0 | Foundry coatings | |||
|
LG500-80, LG300-80, LG180-80 LG150-80, LG125-80, LG100-80 |
80.00 | ≥75.0 | Refractory materials | ||
|
LG(-)150-80, LG(-)125-80, LG(-)100-80 LG(-)75-80, LG(-)45-80 |
≤20.0 | Foundry coatings |
Our company utilizes advanced grinding equipment such as high-speed pulverizers, Raymond mills, and air jet mills to produce various types of micronized graphite products. These products are widely used in industries such as electro-carbon products, lubricating materials, fertilizer catalysts, pencil leads, powder metallurgy release agents, and fillers or modifiers for various rubber and plastic composite materials, and are highly praised by customers both domestically and internationally.
Product Name: FS.F
Specifications: Particle size 1~38μm
Performances: Possesses the properties of high-quality natural flake graphite, exhibiting special antioxidant properties, self-lubricating properties, and plasticity under high-temperature conditions, while also possessing good electrical conductivity, thermal conductivity, and adhesion.
Applications:
(1) Used as a release lubricant in the production of catalysts in the fertilizer industry.
(2) High-temperature resistant lubricant base material, corrosion-resistant lubricant base material.
(3) Powder metallurgy release agent and metal alloy raw material.
(4) Used in the manufacture of carbon film resistors, conductive solvents, and the preparation of conductive liquids. (5) Used as a filler or performance improver for rubber, plastics and various composite materials to improve the wear resistance, compressive strength or conductivity of the materials.
| SPEC No. | Fixed Carbon (%) ≥ |
Ash Content (%) ≤ |
Moisture (%) ≤ |
Particle Size (μm) | Inspection Equipment |
|---|---|---|---|---|---|
| FS-1 | — | 0.7 | 0.5 | 1 ≤ 60% | Laser particle size distribution analyzer |
| FS-2 | — | 0.7 | 2 ≤ 70% | ||
| FS-4 | — | 0.7 | 3 ≤ 80% | ||
| F-1 | — | 0.7 | 6 ≤ 60% | ||
| F-2 | — | 1.5 | 10 ≤ 60% | ||
| F-3 | 90 | — | 38 ≤ 95% | Water sieve | |
| F-4 | 88 | — | |||
| F-5 | — | 5 | |||
| F-6 | — | 6 | |||
| F-7 | — | 5 | |||
| F-8 | — | 5 | |||
| F-9 | — | 0.7 | 0.7 |