Thermalconductivity 150 WmK Carbon-Based Feed Materials Featuring Fixed Carbon 9996 Percent Suitable for High Temperature Industrial Uses

Product Description:

The Graphite Raw Material is a premium quality graphitic precursor material designed to meet the diverse needs of industries requiring highly pure carbon sources. With an exceptional fixed carbon content of 99.96%, this product ensures superior performance and reliability for applications that demand the highest standards of carbon purity. Whether utilized in advanced manufacturing processes or specialized chemical applications, this graphite raw material stands out as an outstanding natural carbonaceous feed that delivers consistent results.

Our graphite raw material is categorized under the model number "Standard," providing a dependable baseline for quality and performance. Moreover, understanding that different industries and applications require tailored specifications, we offer customized options to fit the unique requirements of each client. This flexibility in specification allows for optimal utilization in various sectors including metallurgy, battery production, refractory manufacturing, and other industrial processes where natural carbonaceous feedstock is crucial.

One of the key physical characteristics of this graphite raw material is its bulk density, which is approximately 0.5 g/cm³. This bulk density value ensures excellent handling properties and efficient packing during transport and storage. The balanced density also contributes to the ease of blending with other materials or additives, making it an ideal choice for composite formulations and high-performance carbon products.

The graphite raw material is sourced and processed to maintain its natural carbonaceous feed integrity, meaning it originates from naturally occurring carbon-rich substances that undergo minimal alteration. This natural origin guarantees the material's compatibility and performance in eco-conscious applications where sustainability and purity are paramount. Using natural carbonaceous feed as the base material also provides inherent benefits such as good thermal stability, electrical conductivity, and chemical inertness, which are essential for demanding industrial environments.

Our supply chain is optimized to ensure timely delivery and logistical efficiency. The product is shipped through the port of Qingdao, a major international shipping hub known for its robust infrastructure and connectivity. This strategic shipping point facilitates smooth export operations, reducing lead times and ensuring that customers around the globe receive their orders promptly and in excellent condition.

Industries relying on this graphite raw material benefit from its versatility as a graphitic precursor material. It serves as a fundamental building block for producing synthetic graphite, carbon electrodes, and other carbon-based components. Its high fixed carbon content directly translates to enhanced electrical and thermal conductivity, making it indispensable in sectors such as electronics, energy storage, and metallurgy. Additionally, the material's purity reduces the risk of contamination, which is critical for maintaining product integrity and performance quality.

In summary, this graphite raw material offers an unparalleled combination of high fixed carbon content, customizable specifications, and reliable bulk density. As a natural carbonaceous feed, it provides the essential qualities needed for advanced industrial applications, ensuring that manufacturers can produce high-quality end products consistently. The strategic port of Qingdao enhances the global accessibility of this material, making it an excellent choice for customers worldwide seeking dependable and premium graphitic precursor material.

Choose this graphite raw material to leverage the benefits of a natural carbonaceous feed with superior purity and tailored specifications, supported by efficient logistics and proven performance in demanding applications.

Features:

• Product Name: Graphite Raw Material
• Model No: Standard
• Thermal Conductivity: 150 W/mK
• Specification: Customized to meet your requirements
• Port of Shipment: Qingdao
• Bulk Density: 0.5 G/cm³
• High-quality Raw Graphitic Feed Material suitable for various industrial applications
• Derived from Carbon-Rich Feedstock ensuring excellent purity and performance
• Reliable Graphite Feedstock Material for manufacturing and processing needs

Technical Parameters:

This Graphite Raw Material is among the finest Carbonaceous Raw Minerals, serving as a superior Natural Carbonaceous Feed and Carbon-Rich Feedstock for various industrial applications.

Applications:

The Graphite Raw Material, characterized by an exceptionally high fixed carbon content of 99.96%, serves as an ideal Graphitic Precursor Material for a wide range of industrial applications. Its superior purity ensures excellent performance in processes that demand high-quality carbon sources. The bulk density of 0.5 g/cm³ makes it a versatile feedstock that can be easily handled and processed in various manufacturing environments.

This Graphite Feedstock Material is widely utilized in the production of refractories, batteries, lubricants, and conductive materials. Its thermal conductivity of 150 W/mK enables efficient heat dissipation, making it particularly valuable in applications requiring thermal management. The material’s thermal stability and conductivity are critical for use in high-temperature environments such as electric arc furnaces, crucibles, and other refractory components.

Thanks to its customizable specification options, this Standard model graphite feedstock material can be tailored to meet specific industrial requirements, enhancing its adaptability across different sectors. It is commonly employed as a raw material in the synthesis of synthetic graphite electrodes, which are essential in the steelmaking industry for electric arc furnace operations. Additionally, it acts as a key ingredient in the manufacturing of carbon brushes, seals, and gaskets, where durability and conductivity are paramount.

In energy storage, this Graphitic Precursor Material plays a crucial role in the fabrication of lithium-ion battery anodes, contributing to improved battery life and efficiency. The consistent quality and performance of this graphite feedstock material make it a preferred choice for researchers and manufacturers developing advanced carbon-based materials and composites.

Furthermore, the graphite raw material is highly suitable for use in chemical industries where it serves as a catalyst support or as a raw material for producing graphene and other carbon nanomaterials. Its adaptability, high fixed carbon content, and excellent thermal conductivity ensure it meets the demanding requirements of modern industrial applications and technological advancements.