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Expanded Graphite Powders

BrakeCond™

Expanded Graphite Powders for High Performance Materials

Thermal Management • Electrical Conductivity • Self-Lubrication

Premium Expanded Graphite

Engineered for Demanding Applications

BrakeCond™ is PranaGraf's premium expanded graphite powder, engineered for industries where thermal management and lubrication are critical. Derived from high-purity expandable graphite, these powders are made by carefully processing into controlled particle sizes to deliver consistent, reliable performance in demanding applications.

For friction materials, BrakeCond™ helps engineers design materials that last longer, run cooler, and perform more efficiently.

High-purity natural graphite
Controlled particle sizes
Consistent performance
Reliable in demanding conditions
BrakeCond Expanded Graphite Powder

BrakeCond™ Expanded Graphite Powder

Why BrakeCond™?

Expanded graphite has a fine flaky structure with extremely high surface area, offering excellent performance characteristics.

Thermal Conductivity

Rapid heat dissipation for thermal stability in high-temperature applications.

Inert

Does not react with other chemicals or materials, ensuring long-term stability.

Self-Lubrication

Reduces friction and wear in braking systems and sliding parts.

Low Density, High Surface Area

Enhances performance without adding significant weight to materials.

Process-Friendly Flowability

Controlled particle size for easy handling, dosing, and integration.

Chemical Resistance

Stable performance in various chemical environments and conditions.

Performance Enabler for Critical Applications

This unique combination of properties makes BrakeCond™ an ideal performance enabler for friction, thermal, and energy-critical applications across multiple industries.

BrakeCond Product Series

PranaGraf manufactures Expanded Graphite powders across 2 series, the difference being the overall conductivity and orientation of particles.

Ultra Series

BrakeCond Ultra

High-Performance Isotropic Graphite

The particles are highly isotropic, crystalline and exhibit a heightened performance of all properties.

Highly Isotropic

Uniform properties in all directions for consistent performance

Crystalline Structure

Enhanced crystalline arrangement for superior properties

Heightened Performance

Maximum conductivity and enhanced mechanical properties

Available in: Fine powders for precision applications
Premium Grade High Performance Critical Applications Advanced Composites
Mid Series

BrakeCond Mid

Versatile Anisotropic Graphite

The particles are more anisotropic, exhibiting good properties with excellent value balance.

Anisotropic Structure

Oriented particle structure for specific directional properties

Optimized Properties

Balanced performance characteristics for diverse applications

Excellent Processability

Easy integration and handling in various manufacturing processes

Available in: Various sizes for different application needs
Versatile Cost-Effective Wide Applications Easy Processing

Need help choosing the right series?

Our technical experts can recommend the optimal BrakeCond series based on your specific friction material requirements.

Key Application Areas

BrakeCond™ Expanded Powders are versatile and proven across multiple industries.

Friction Materials

Brake pads and clutch linings where heat spread and wear control are vital for performance and safety.

Thermal Management

Heat-dissipating additives for greases, phase-change materials, and heat sinks in electronic systems.

Molding & Casting

Additives for high-temperature molds and refractory systems requiring thermal stability.

Polymers & Composites

Improves thermal tolerance and conductivity in engineered plastics and adhesives.

Technical Support

Custom Engineering & Technical Support

Tailored Solutions for Your Applications

Our team works with customers to select the right grade, optimize particle size distribution, and scale integration for specific application requirements.

Fine-tune grades for specific systems
Optimize particle size and performance
Accelerate material innovation
Scale from testing to production

Our technical support includes:

  • Customized particle size distributions for specific applications
  • Pilot-scale trials and process integration support
  • Application-specific recommendations for friction, thermal, and conductivity performance
  • Compatibility evaluation and grade selection

Frequently Asked Questions

Find answers to the most frequently asked questions about BrakeCond™ Expanded Graphite Powders.

Expanded graphite is produced by treating natural flake graphite with acids and then rapidly heating it, causing the graphite layers to separate and expand. This creates a worm-like structure with extremely high surface area, significantly enhancing properties like thermal conductivity, lubricity, and compressibility compared to natural graphite.

BrakeCond™ is available in a range of controlled particle sizes to suit different application requirements. Our technical team can help select the optimal particle size distribution for your specific needs, whether for friction materials, thermal management, or composite applications.

In brake pads, BrakeCond™ helps dissipate heat more effectively, reducing brake fade and maintaining consistent performance under high-temperature conditions. Its self-lubricating properties also help reduce wear and extend pad life while maintaining the necessary friction coefficients for safe braking.

Yes, BrakeCond™ expanded graphite is stable at high temperatures and maintains its properties in demanding thermal environments. It can withstand temperatures up to 450°C in oxidizing atmospheres and even higher in inert or reducing environments, making it suitable for high-temperature applications.

BrakeCond™ is compatible with a wide range of polymer matrices including thermoplastics, thermosets, and elastomers. Its surface can also be modified for improved compatibility with specific polymer systems. Our technical team can provide guidance on optimal loading levels and processing conditions for different polymer types.

Have more questions? Our technical experts are ready to assist you.

Contact Our Experts

Technical Inquiry

Let's Discuss Your Application Requirements

Every successful material solution begins with understanding your specific requirements. Tell us about your application, performance needs, and technical specifications.

Our technical team will review your inquiry and provide tailored recommendations within 24 hours.

Technical consultation
Material recommendations
Sample availability
Technical data sheets

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