Revolutionizing Heat Dissipation with Graphene Coating
Our graphene heat dissipation coating stands out from traditional solutions due to its unique characteristics and exceptional performance.
CoolRock® Technology
CoolRock® is not just any coating—it's a game-changer meticulously crafted from our exclusive high-grade natural graphite using proprietary processes that set new industry standards.
Harness the Strength of CoolRock®:
🚀 Industry-Leading Innovation: CoolRock® is the result of relentless innovation, combining the excellence of high-grade natural graphite with our proprietary coating processes. It's the pinnacle of advanced technology in the industry.
🌟 Unrivaled Performance: Elevate your product's performance to unprecedented levels with CoolRock®. Our graphene coating excels at dissipating heat, ensuring your product operates at its best, even under the most demanding conditions.
❄️ Cool Under Pressure: Say goodbye to overheating concerns. CoolRock® efficiently manages heat, reducing the risk of component failure and extending your product's operational life.
Superior Thermal Conductivity: Graphene is renowned for its exceptional thermal conductivity, outperforming traditional heat dissipation materials. Our graphene coating maximizes the transfer of heat away from heat-generating components, ensuring efficient dissipation and reducing operating temperatures. This results in enhanced system performance, improved reliability, and extended component lifespan.
Ultra-Thin Application: Our graphene heat dissipation coating allows for an ultra-thin layer to be applied, minimizing thermal resistance and optimizing thermal contact between the heat source and heat sink surfaces. This thin layer ensures maximum heat transfer efficiency, enabling effective heat dissipation without adding bulk or compromising the design and functionality of the device.
Long-Lasting Performance: Our graphene coating exhibits remarkable stability and durability, maintaining consistent performance over extended periods. It resists degradation, thermal stress, and environmental factors, ensuring reliable heat dissipation over the lifetime of the device. This longevity translates to sustained thermal management and optimal device operation, reducing the need for frequent reapplication.
Compatibility and Versatility: Our graphene heat dissipation coating is compatible with a wide range of materials and surfaces commonly found in electronic devices. It can be applied to various substrates, including metals, making it suitable for diverse applications. Whether in professional or consumer electronics, automotive systems, or industrial machinery, our coating offers versatile and effective heat dissipation solutions.
Ease of Application: Our graphene coating is designed for easy and convenient application. It can be applied using various methods such as spraying, brushing, or dipping, ensuring flexibility and adaptability to different manufacturing processes. The smooth and uniform consistency of the coating enables seamless coverage, ensuring optimal thermal coupling and efficient heat transfer.
Environmentally Friendly: Our graphene heat dissipation coating is eco-friendly and sustainable. It does not contain harmful substances or volatile organic compounds (VOCs) that can be detrimental to human health or the environment. With increasing focus on sustainability, our coating aligns with environmental regulations and corporate responsibility goals.
Research-backed Performance: Our graphene heat dissipation coating is supported by scientific research and studies validating its effectiveness. The thermal properties and performance of graphene have been extensively studied and recognized within the scientific community. We leverage this knowledge and expertise to develop coatings that deliver exceptional heat dissipation capabilities.
The heat dissipation module is critical for maintaining the stability and long-term performance of electronic systems. Traditional anodization of the module's surface may inadvertently hinder effective heat dissipation. Anodization forms an oxide layer on the metal surface, which can impede heat transfer and lead to continuous heat circulation within the closed system, potentially compromising the system's stability over extended use.
To address this issue, an innovative approach involves directly spraying graphene on the metal raw materials used in the heat dissipation module. Graphene, known for its exceptional thermal conductivity properties, offers several advantages in this context.
CoolRock® Technology
Enhanced Heat Dissipation: Graphene's excellent thermal conductivity allows it to efficiently transfer heat away from the electronic components, preventing heat buildup and maintaining a cooler system.
Oxidation Protection: The application of graphene acts as a protective barrier, shielding the metal surfaces from oxidation and corrosion, thereby extending the lifespan of the heat dissipation module.
Improved Stability: By mitigating heat-related issues, such as overheating and thermal throttling, the system's stability is enhanced, ensuring consistent performance during prolonged usage.
Customer-Verified Cooling Performance: After thorough application verification with customers, it has been confirmed that the process of spraying graphene on metal surfaces results in the best cooling effect, surpassing traditional anodization methods.
The adoption of graphene spraying for heat dissipation modules represents a cutting-edge solution that strikes an optimal balance between effective heat dissipation, durability, and system stability. This advancement is poised to revolutionize the cooling capabilities of electronic systems, ensuring peak performance even under demanding conditions and extended use scenarios.
Unleashing Cooling Power: Graphene Spraying Redefines Heat Dissipation for Long-Term Stability
Innovative Solutions for Heatsink Design
At TiKOUS, we revolutionize heatsink coating technology, ensuring optimal heat dissipation for high-density, deep-fin designs, tackling one of the industry's most persistent challenges with groundbreaking solutions.
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Proven Results
Next-Gen Graphene Coating: A Game-Changer in Thermal Management
In the ever-evolving world of thermal management, TiKOUS introduces a groundbreaking solution that addresses one of the most persistent challenges in heatsink design: effectively coating high-density, deep-fin heatsinks for optimal heat dissipation.
Top rated and trusted by numerous satisfied clients
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CoolRock™: Revolutionary Graphene Thermal Management
CoolRock™ Series
CoolRock™ HD
Specialized for high-density heatsink designs
CoolRock™ Pro
Our flagship coating for high-power industrial applications (10kW+)
Ultimate performance for extreme thermal challenges
CoolRock™ Ultra
Breaking Through Traditional Barriers
Traditional heatsink coating methods have long struggled with a fundamental limitation: the inability to effectively coat deep, densely-packed fins. This constraint has forced engineers to compromise between thermal performance and design complexity. Our innovative CoolRock™ coating technology, developed through advanced research, shatters these limitations.
The Power of Graphene Coating Technology
Our new CoolRock™ coating technology represents a quantum leap in thermal management:
Uniform Coverage: Achieves consistent coating even in hard-to-reach areas between high-density fins
Enhanced Thermal Conductivity: Significantly improves heat dissipation compared to uncoated heatsinks
Cost-Effective Solution: Delivers premium performance at competitive price points
Design Freedom: Enables previously impossible high-density heatsink designs
Independent testing demonstrates remarkable improvements in thermal performance:
Superior heat dissipation in both active (fan) and passive (fanless) cooling systems
Consistent performance across varying fin densities and heights
Enhanced durability and longevity compared to traditional coatings
Proven Performance
Applications Across Industries
This technology opens new possibilities for:
High-performance computing
Fanless Cooling Systems
Automotive & Aerospace
Extreme Environments
Power electronics
LED lighting systems
Telecommunications equipment
Industrial control systems
Partner with TiKOUS
Whether you're designing compact fanless systems or high-performance cooling solutions, our team is ready to help optimize your thermal management strategy. Contact us to discover how our advanced coating technology can enhance your products' performance while reducing overall system costs.
Revolutionary Thermal Management Achieving Environmental Excellence!
Experience the power of precision with TiKOUS's groundbreaking graphene coating technology. While conventional thick graphene coatings on metal surfaces can actually impede heat dissipation due to excessive thermal resistance, our innovative solution optimizes the thermal radiation layer for maximum performance.
Join the future of sustainable thermal management with TiKOUS!
In today's eco-conscious world, where regulations like EU's RoHS and VOC emission standards are becoming increasingly stringent, traditional liquid-based thermal compounds with organic solvents face mounting challenges. But that's where TiKOUS stands apart!
Our cutting-edge solution not only delivers superior thermal performance but also aligns perfectly with global environmental standards. We've revolutionized the industry by developing an eco-friendly technology that:
Maximizes heat dissipation efficiency through precisely engineered coating thickness
Fully complies with the strictest environmental regulations worldwide
Eliminates concerns about organic solvent emissions