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  • Battery Grade Graphite with Excellent Thermal Conductivity
  • Battery Grade Graphite with Excellent Thermal Conductivity
  • Battery Grade Graphite with Excellent Thermal Conductivity
  • Battery Grade Graphite with Excellent Thermal Conductivity
  • Battery Grade Graphite with Excellent Thermal Conductivity
  • Battery Grade Graphite with Excellent Thermal Conductivity
Battery Grade Graphite with Excellent Thermal Conductivity

Battery Grade Graphite with Excellent Thermal Conductivity

  • >= 1 Kilograms
    $30
View product details

Battery Grade Graphite with Excellent Thermal Conductivity

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Battery Manufacturing: High-purity artificial graphite optimized for lithium-ion batteries, ensuring stable performance and prolonged cycle life.
  • Thermal Management: Superior thermal conductivity enhances heat dissipation in high-demand applications, improving battery safety and efficiency.

Key features

  • 1. Material Technology

    • With high-purity carbon content (~99.9%), ensure consistent performance in high-demand battery applications.

  • 2. Performance Parameters

    • With excellent thermal conductivity (up to 200 W/m·K), ensure efficient heat dissipation in high-power batteries.

  • 3. Scenario Solutions

    • Tailored for lithium-ion batteries, support prolonged cycle life in electric vehicles and portable electronics.

  • 4. Certification Standards

    • Comply with EPR regulations in France and Germany, facilitate sustainable packaging solutions for eco-conscious manufacturers.

  • 5. Interactive Design

    • With optimized granular texture, enhance compatibility with electrode manufacturing processes.

Product details

Battery Grade Graphite with Excellent Thermal Conductivity

Battery Grade Graphite with Excellent Thermal Conductivity is a high-purity artificial graphite material designed for advanced battery applications. Its fine granular structure and black powder form ensure optimal performance in energy storage systems, while certifications like EPR_France_Packing and EPR_Germany_Packing guarantee compliance with European environmental standards.

Technical specifications

FeatureSpecificationBenefit
MaterialArtificial graphite powder/granulesConsistent particle size for uniform performance
Carbon ContentHigh-purity (>99.9%)Minimizes impurities for reliable battery performance
Thermal Conductivity180-220 W/m·KEfficient heat dissipation in high-power batteries
CertificationsEPR_France_Packing, EPR_Germany_PackingMeets EU environmental packaging regulations
ApplicationLithium-ion batteries, EV batteriesOptimized for high-energy-density systems

Customization guide

Adjust particle size distribution (2-10 µm) or purity levels to meet specific battery design requirements, such as enhanced energy density or faster charging cycles.

Get inspired

With its exceptional thermal conductivity and high-purity carbon content, this graphite is ideal for next-gen batteries. Whether you’re designing electric vehicles or portable electronics, this material ensures stable performance under extreme conditions.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Purity99.5%+0.3% (99.8%)+0.5% (99.9%)
Thermal Conductivity180 W/m·K+20% (216 W/m·K)+30% (234 W/m·K)*
Particle Size Range5-15 µm2-10 µmCustomizable

Supplier's note

  1. Technical Breakthroughs:

    • High-Purity Carbon: Reduces impurities by 50% compared to standard graphite, enhancing battery lifespan.
    • Thermal Conductivity: The Pro Model’s 234 W/m·K is 20% higher than industry benchmarks, enabling safer high-power discharges.
    • EPR Compliance: Dual certifications simplify EU market entry for sustainable packaging requirements.

  2. Optimal Version Selection:

    • Base Model: Suitable for standard consumer electronics (e.g., smartphones) where cost-efficiency is prioritized.
    • Advanced Model: Ideal for EV batteries requiring faster charging (e.g., 800V systems) thanks to its narrower particle size range.
    • Pro Model: Best for high-performance applications like industrial storage or aerospace, leveraging triple the chemical stability of competitors.

With the Pro Model’s thermal conductivity, you can safely handle 20% higher current loads in EV batteries. Pair this with its ultra-pure carbon to minimize thermal runaway risks, ensuring longevity in extreme environments.

Frequently asked questions

  • Which battery types is Battery Grade Graphite with Excellent Thermal Conductivity suitable for?

  • How does high-purity artificial graphite improve battery efficiency compared to natural graphite?

  • What certifications ensure this graphite meets European environmental standards?

  • Can Battery Grade Graphite be customized for specialized battery applications?

  • Why is thermal conductivity critical in battery-grade graphite?

  • What safety precautions are required when handling this graphite powder?

  • Is this graphite compatible with next-gen solid-state batteries?

  • How does this graphite reduce battery swelling or degradation?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Carbon PurityBattery anode productionIndustry Standard: 99.9% (ISO 13885)
Our Base: 99.95% (▲▲)
Our Advanced: 99.99% (▲▲▲)		Minimizes impurities for longer battery lifespan.
Meets strict EV battery specs.		Higher purity increases production costs.
Thermal ConductivityHigh-power EV batteriesIndustry Standard: 180 W/m·K (ASTM C1114)
Our Base: 220 W/m·K (▲▲)
Our Advanced: 250 W/m·K (▲▲▲)		Enhances heat dissipation, reducing thermal runaway risk.
(Equivalent to copper’s conductivity at 250 W/m·K)		Advanced variants may require specialized handling to avoid brittleness.
Graphite TypeLithium-ion battery anodesIndustry Standard: Natural graphite (variable structure)
Our Base/Advanced: Artificial graphite (uniform ASTM C775 structure)		Consistent microstructure ensures stable charge/discharge cycles.
(▲▲▲ vs natural graphite)		Artificial production requires higher energy input.
Environmental ComplianceEU-regulated markets (France/Germany)Industry Standard: No EPR compliance
Our Base/Advanced: EPR-France/Germany certified (▲▲▲)		Avoids legal penalties and meets eco-packaging mandates.Certification adds 5-8% to upfront costs.
Particle Size UniformityBattery slurry mixingIndustry Standard: 10-50 µm (broad range)
Our Base: 10-30 µm (▲▲)
Our Advanced: 5-20 µm (▲▲▲)		Reduces defects in electrode coating; improves energy density.
(▲▲▲: 30% narrower range than standard)		Narrower particles may clog precision machinery.
Application VersatilityCustom battery chemistriesIndustry Standard: General-purpose graphite
Our Base: Optimized for Li-ion (ASTM D3951)
Our Advanced: Tailored for solid-state batteries (▲▲▲)		Enables compatibility with next-gen battery tech.
(▲▲▲: Passes JEVS-002 solid-state interface tests)		Advanced variants require R&D partnerships for integration.

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.