Ash 003 Percent Graphite Anode Material Black Particle Size 10 to 20 Microns Developed for Lithium Ion Battery Anode Production

Product Description:

The Graphite Anode Material is a high-quality product designed specifically for use in advanced battery technologies, particularly lithium-ion batteries. This material is derived from Natural Graphite, ensuring superior performance, consistency, and reliability in energy storage applications. With a particle size ranging from 10 to 20 microns, this graphite anode material offers an optimal balance between surface area and particle packing density, which is critical for maximizing battery efficiency and longevity.

One of the standout features of this Graphite Anode Material is its exceptionally low ash content of just 0.03%. The low ash content indicates a high degree of purity, which is essential for minimizing unwanted side reactions within the battery system and ensuring stable electrochemical performance. This purity level makes the material highly desirable for manufacturers aiming to produce batteries with enhanced cycle life and higher capacity retention.

The color of the product is a deep, consistent black, reflecting its natural origin and high carbon content. The uniform black color is a clear indication of the material’s high crystallinity and structural integrity, which contributes to its excellent electrical conductivity and mechanical strength. These characteristics are vital for the production of effective anodes that can withstand the rigorous demands of repeated charge and discharge cycles.

In addition to its physical and chemical properties, the Graphite Anode Material boasts a specific surface area (SSA) of 1.9 m²/g. This surface area is carefully controlled to allow for efficient lithium-ion intercalation and deintercalation during battery operation. An optimal SSA ensures that the material provides sufficient active sites for lithium-ion storage while avoiding excessive surface reactions that can degrade the battery’s performance over time.

As a Natural Anode Material, this graphite product leverages the inherent advantages of natural graphite, including its layered crystal structure, which facilitates excellent lithium-ion diffusion. This natural structure is superior in many respects to synthetic alternatives, offering better conductivity and mechanical flexibility. The use of Natural Graphite in anode materials is increasingly favored in the battery industry due to its cost-effectiveness and environmentally friendly sourcing.

Manufacturers and researchers alike appreciate this Graphite Anode Material for its consistent particle size distribution between 10 and 20 microns, which ensures uniform electrode fabrication and improved battery packing density. The material’s morphology and purity contribute to enhanced battery performance, including higher energy density, better rate capability, and longer cycle life. These benefits make it an ideal choice for a wide range of applications, from consumer electronics to electric vehicles and large-scale energy storage systems.

In summary, this Graphite Anode Material represents an excellent choice for those seeking high-performance Natural Graphite for battery anodes. Its finely tuned particle size, minimal ash content, attractive black color, and suitable specific surface area of 1.9 m²/g combine to deliver superior electrochemical properties. By utilizing this Natural Anode Material, battery manufacturers can achieve improved efficiency, durability, and sustainability in their products, meeting the growing demands of modern energy storage technologies.

Features:

• Product Name: Graphite Anode Material
• Color: Black
• Specific Surface Area (SSA): 1.9 m²/g
• Ash Content: 0.03%
• Particle Size: 10-20 Microns
• Type: Anode Material
• High-quality graphite designed for battery applications
• Optimized for enhanced battery performance and longevity
• Suitable as anode material in various battery types

Technical Parameters:

Applications:

The Hensen Graphite Anode Material, model HSG-101, originating from Qingdao, China, is a high-quality anode material specifically designed for advanced battery applications. With its fine particle size of 10-20 microns and a specific surface area (SSA) of 1.9 m²/g, this black graphite material offers excellent electrochemical performance, making it an ideal choice for lithium-ion battery manufacturing. Certified with a Certificate of Origin, Hensen ensures the authenticity and superior standard of this product.

This graphite anode material is primarily used in the production of lithium-ion batteries, which power a wide range of devices such as electric vehicles, portable electronics, power tools, and energy storage systems. Due to its stable structure and high conductivity, HSG-101 enhances battery efficiency, lifespan, and charge-discharge rates, thus playing a crucial role in the performance of modern batteries.

Hensen’s graphite anode material is packaged in versatile options including 20kg or 25kg small bags, jumbo bags, and pallets, facilitating convenient handling and transportation. With a minimum order quantity of a 20 GP container and a supply ability of 3000 tons per month, it caters to large-scale industrial requirements. The delivery time is approximately 30 working days, and payment terms are flexible with T/T accepted, making procurement smooth and reliable.

Industries engaged in battery manufacturing, especially those focusing on lithium-ion technology, find the HSG-101 model indispensable for producing high-performance batteries. It is suitable for usage in various scenarios such as electric vehicle battery packs, consumer electronics battery cells, and energy storage solutions, where consistent quality and material reliability are critical.

In summary, Hensen’s Graphite Anode Material HSG-101 is a premium product designed to meet the demanding needs of the battery industry. Its optimized particle size, excellent color stability, and certified origin make it the perfect solution for enhancing lithium-ion battery performance across diverse application occasions and scenarios.