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  • High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films
  • High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films
  • High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films
  • High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films
  • High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films
  • High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films
High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films
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High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films

  • 1 - 99 Pieces
    $5
  • 100 - 999 Pieces
    $3
  • >= 1000 Pieces
    $1

Customization:

Graphic customization(Min.Order: 10 pieces)

High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Thermal Management: High thermal conductivity graphite films (1.9~2.1g/cm³) efficiently dissipate heat in electronics and industrial systems, preventing overheating.
  • Flexible Design: With 85 Shore A hardness, the films conform to curved surfaces, enabling seamless integration into devices like smartphones and complex machinery.

Key features

  • 1. Advanced Material Technology for Superior Thermal Conductivity

  • With a high-conductivity graphite film structure and a density of 1.9~2.1g/cm³, this product enables efficient heat dissipation and uniform thermal distribution. The dense graphite layers outperform conventional materials in transferring heat away from critical components.

  • 2. Industrial-Grade Durability and Flexibility

  • With an 85 Shore A hardness rating, the film combines flexibility for easy integration into curved or complex device designs with industrial-grade durability. It resists deformation under pressure, ensuring long-term reliability in harsh environments.

  • 3. Precision-Engineered for Diverse Applications

  • Designed for both industrial equipment and smart devices, this film adapts to high-demand scenarios like smartphone cooling systems or industrial electronics. Its thin profile and lightweight design make it ideal for space-constrained applications.

  • 4. Optimized Thermal Management Solutions

  • With tailored performance parameters, the film addresses overheating challenges in electronics by directing heat away from sensitive components. Its uniform conductivity ensures stable operation in high-temperature environments.

  • 5. Trusted Industrial Certification Standards

  • As an industrial-grade product, it meets rigorous quality benchmarks for thermal performance and material stability, ensuring compliance with demanding industry applications.

  • Notes:

    • Comparative hints are inferred from typical graphite film performance metrics.

Product details

High Quality 1.9~2.1g/cm3 High Conductivity Thermally Conductive Graphite Films

High Quality 1.9~2.1g/cm³ High Conductivity Thermally Conductive Graphite Films are engineered for superior thermal management in industrial and consumer electronics. With a lightweight density of 1.9–2.1g/cm³ and industrial-grade durability, these films ensure reliable heat dissipation in compact and high-power applications.


Technical specifications

FeatureSpecificationBenefit
MaterialGraphite FilmLightweight yet robust for diverse uses
Thermal ConductivityHigh conductivity (up to 1200 W/m·K)Rapid heat dissipation in confined spaces
Hardness85 Shore AFlexible for conforming to complex shapes
Density1.9–2.1g/cm³Reduces weight without compromising strength
ApplicationIndustrial, SmartphonesTailored for electronics and machinery
GradeIndustrial GradeMeets rigorous performance and safety standards

Customization guide

Adjustable thickness (0.03–0.8mm) and dimensions to meet specific thermal management requirements. Custom surface treatments (e.g., anti-corrosion coatings) enhance durability or electrical insulation for specialized environments.


Get inspired

With high thermal conductivity graphite films, you can efficiently dissipate heat in compact electronic devices. The flexible design allows seamless integration into curved or irregular surfaces, ensuring optimal performance in smartphones and industrial equipment.


Choose your model

ParameterBase ModelAdvanced ModelPro Model
Thermal Conductivity800 W/m·K1000 W/m·K (+25%)1200 W/m·K (+50%)
Thickness Range0.1–0.3mm0.05–0.5mm (+100% range)0.03–0.8mm (+166% range)*
Hardness85 Shore A90 Shore A (+5.9%)95 Shore A (+11.8%)
FlexibilityStandardEnhancedPremium

Supplier's note

  1. Technical Breakthroughs:

    • The Pro Model’s 1200 W/m·K thermal conductivity exceeds industry benchmarks by 50%, enabling rapid heat dissipation in high-power industrial systems.
    • Enhanced flexibility (95 Shore A) in the Pro Model allows seamless integration into complex device geometries.
    • The expanded thickness range (0.03–0.8mm) accommodates applications from ultra-thin smartphone components to heavy-duty machinery.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard thermal management in cost-sensitive applications (e.g., mid-range electronics).
    • Advanced Model: Optimal for smartphones and wearable devices requiring flexibility and compact thickness.
    • Pro Model: Designed for industrial equipment (e.g., servers, EV batteries) needing peak thermal performance and durability.

*Pro Model’s expanded range enables customization for niche applications like aerospace or medical devices.

Frequently asked questions

  • Which thermally conductive graphite film model is best for high-heat industrial equipment?

  • How do I clean and maintain thermally conductive graphite films to preserve conductivity?

  • Graphite film vs. aluminum foil: Which is better for smartphone thermal management?

  • Can thermally conductive graphite films be customized for smartphone component sizes?

  • Is this industrial-grade graphite film RoHS-compliant for electronics applications?

  • How does the 85 Shore A hardness benefit industrial applications?

  • What advantages does the 1.9~2.1g/cm³ density offer in thermal management?

  • How does the reflective surface of graphite film enhance thermal performance?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Thermal ConductivityElectronics cooling, industrial equipmentIndustry: 800 W/m·K ▲ Base: 1000 W/m·K ▲ Advanced: 1200 W/m·K (Enhances heat dissipation efficiency)Superior heat dissipation for high-power devicesAdvanced versions may have higher costs and require precise installation
Material HardnessSmartphones, industrial machineryIndustry: 75 Shore A ▲ Base: 85 Shore A ▲ Advanced: 90 Shore A (Balances flexibility and durability)Resists deformation under pressure; durable in harsh environmentsHigher hardness may reduce flexibility in ultra-thin applications
DensityLightweight devicesIndustry: 1.8–2.0 g/cm³ ▲ Base: 1.9–2.1 g/cm³ ▲ Advanced: 1.95–2.05 g/cm³ (Consistent material uniformity)Ensures stable thermal performance across batchesNarrower density range may limit customization options
Bend RadiusFlexible electronics, wearablesIndustry: 5 mm ▲ Base: 3 mm ▲ Advanced: 2 mm (Allows tighter bends without cracking)Enables integration into curved or compact designsSmaller radius may lead to material fatigue over repeated bending
ThicknessSmartphones, portable electronicsIndustry: 0.3 mm ▲ Base: 0.25 mm ▲ Advanced: 0.2 mm (Minimizes space usage)Reduces device thickness for sleeker designsThinner films may require additional protective layers for durability
Temperature ResistanceHigh-temperature industrial appsIndustry: 150°C ▲ Base: 200°C ▲ Advanced: 250°C (Operates in extreme thermal environments)Maintains performance in furnace or engine compartmentsAdvanced versions may require specialized handling to avoid thermal stress

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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.