320ml/G, Spherical Graphite 10% Price off - China Flake ...

320ml/G, Spherical Graphite 10% Price off - China Flake Graphite Product Description For more information, please visit crystalline flake graphite in bulk. Natural Flake Graphite is primarily used in various industries including metallurgy, mechanical, electrical, chemical, textile, defense, electronics, and light industry. Some applications include use in refractories, crucibles, bricks, steel ingot protective agents, conductive materials, and in the production of carbon nanotubes and phone parts. It also serves as a lubrication material and anti-corrosion material, and is valuable in casting, foundry work, and high-temperature metallurgical materials. Type Specifications: High Carbon Graphite: - 32Mesh: 560 um, ≥80%, Carbon Content: 94-99%, Moisture: ≤0.5% - 50Mesh: 300 um - 80Mesh: 180 um - 100Mesh: 150 um - 150Mesh: 100 um, ≥75% - -100Mesh: 150 um, ≥80% - -200Mesh: 75 um Middle Carbon Graphite: - 32Mesh: 560 um, ≥80%, Carbon Content: 85-93%, Moisture: ≤0.5% - 50Mesh: 300 um - 80Mesh: 180 um - 100Mesh: 150 um - 150Mesh: 100 um, ≥75% - -100Mesh: 150 um, ≥80% Expandable Graphite Expandable graphite expands when heated, forming expanded graphite, also known as graphite worms. This transformed material has excellent thermal insulation properties and can enhance oil adsorption, making it useful for water environmental treatment. Compared to other adsorbents, expanded graphite has significant advantages such as larger oil adsorption capacity and ease of recycling without secondary pollution. Product Parameters Specification: - Particle Size - Fixed Carbon (%) - Ash (%) - Volatile (%) - Expansion Ratio (ml/g) - Sulfuric Acid Content - PH Value - Moisture (%) - Particle Size Screen Oversize - Before and After Expansion (%) EG Specifications: - EG 32: Carbon Content 90-99.9%, Ash ≤ 8.0%, Volatile ≤ 12%, Expansion Ratio 200-400 ml/g, Moisture ≤ 1.0% - EG 50: Expansion Ratio 200-350 - EG 80: Expansion Ratio 150-250 - EG 100: Expansion Ratio 100-200 Related Products Micron Natural Graphite Powder Specification: The particle size ranges from 5μm to 40μm, carbon content 95%-99.9%. This product has special properties at high temperatures alongside good electrical conductivity and adhesion. Micronized graphite powder and spherical natural graphite serve as high-quality materials for various applications like making lithium-ion batteries due to their excellent electrical and thermal conductivity. Heavy Calcium Carbonate price offers competitive rates for bulk orders with our dedicated team ready to assist clients in sourcing the right product. If you need bulk orders for crystalline flake graphite, please visit our detailed product pages. Graphite: A Multifunctional Additive for Paint and Coatings Graphite is extensively used in numerous industrial applications due to its unique chemical and physical properties. It acts as a refractory, lubricant, thermal conductor, electrical conductor, UV shield, electromagnetic pulse shield, corrosion shield, and pigment. This versatility makes graphite an efficient additive in many coating systems. Anisotropy Graphite's anisotropic properties result in varying physical and chemical characteristics based on the observed crystallographic direction. It is an excellent example of anisotropic material, illustrating its ability as a solid film lubricant due to the weak bonding between graphene layers, allowing them to peel and form a thin, lubricious film. Chemical Inertness Graphite exhibits high chemical inertness due to the sp2-hybridized carbon atoms and their resonance stability, making it resistant to chemical reactions. This property is crucial for its performance in various industrial applications, especially in reducing atmospheres where graphite remains stable up to 3000 deg C. Electrical Conductivity Graphite's structure allows excellent in-plane electrical conductivity due to the delocalized pi electrons within graphene layers. However, it lacks conductivity between layers due to the 3.35 A spacing acting as an insulative barrier. Thermal Conductivity Graphite provides significant thermal conductivity due to strong sigma bonding within graphene layers. This conductivity is highly efficient compared to other materials but is substantially lower between layers due to the spacing. Cleavage - Lubricity and Flexibility Graphite's perfect cleavage along the {0001} basal pinacoid enables its lubricity and flexibility, making it an effective anti-friction material. The Four Primary Forms of Graphite 1. Flake Graphite Flake graphite consists of thin, flat crystals and is commonly used for its lubricity, electrical and thermal conductivity, and chemical inertness. 2. Crystalline Vein Graphite Crystalline vein graphite, found in veins and fissures, offers superior thermal and electrical conductivity due to its high purity. 3. Amorphous Graphite Amorphous graphite, although misnamed, is crystalline and formed from metamorphosed coal. It is less reflective and more cost-effective than other types. 4. Synthetic Graphite Synthetic graphite is man-made through high-temperature processes and offers high purity and customizable sizes, making it suitable for specific applications. Conclusion Graphite is a multi-functional, cost-effective additive offering numerous benefits in paints, coatings, and industrial applications. Its chemical inertness, thermal stability, and unique conductive properties make it indispensable in various sectors. For further information, contact Albert V. Tamashausky, Director of Technical Services, Asbury Graphite Mills, Inc., 405 Old Main St., Asbury, NJ 08802; phone 908/537.2155; e-mail technicalservicesinfo@asbury.com. If you are looking for more details, kindly visit attapulgite clay price.