Jindu: Unlocking Peak Performance in Power Electronics
Engineer superior reliability and efficiency for your IGBTs, SVGs, and inverters with our state-of-the-art liquid cold plates and high-performance heat sinks.
The Power Density Challenge in Modern Electronics
The power electronics landscape is defined by a relentless push for more power in smaller packages. This trend presents significant thermal management challenges that directly impact performance, reliability, and system lifespan.
Rising Power Density
As IGBT and SiC/GaN modules become more compact, they generate concentrated thermal loads that conventional cooling can no longer dissipate, leading to performance throttling and premature component failure.
Total Cost of Ownership
Operating components below their optimal temperature extends their service life, improving overall system efficiency and reducing the total cost of ownership (TCO) for critical power infrastructure.
Uncompromising Reliability
For industrial inverters and grid-tied SVGs, operational uptime is non-negotiable. Over 50% of power electronic failures are due to excessive temperatures, making robust thermal management a cornerstone of system reliability.
Tailored Thermal Solutions for Demanding Applications
We engineer and manufacture both liquid and air cooling solutions, providing the optimal balance of performance, cost, and complexity for your specific requirements.
Liquid Cooling Solutions
The Ultimate in Heat Dissipation: Liquid Cold Plates
When maximum thermal performance is essential, our liquid cold plates provide the industry's most effective solution. Designed for the extreme heat flux of high-power IGBTs and power conversion systems, they offer superior heat absorption, enabling you to push your designs to the limit.
- Exceptional Thermal Performance: Achieve ultra-low thermal resistance for maximum power outp
- Customizable Designs: Tailored flow paths, materials (copper, aluminum), and form factors.
- Leak-Proof Reliability: Built using advanced manufacturing processes to ensure total system integrity.
Air Cooling Solutions
Robust and Efficient Heat Dissipation: Air Cooling Plates
When robust, reliable, and cost-effective thermal management is required, our Air Cooling Plates (Cold Plates) deliver the ideal solution. Designed for excellent performance in high-density electronic and power systems, they offer a vast surface area and optimized fin structures to maximize heat dissipation into the ambient air, providing a dependable cooling backbone for your equipment.
- Optimized Heat Dissipation: Engineered fin geometries and large surface areas ensure highly efficient transfer of heat to the surrounding air.
- Cost-Effective and Reliable: Provides a low-maintenance, leak-proof, and economical cooling solution compared to complex liquid systems.
- Flexible Design & Materials: Available in various profiles, materials (e.g., aluminum, copper), and surface treatments to meet specific application and environmental needs.
Innovation in Thermal Manufacturing
Our engineering expertise is embedded in our manufacturing. We leverage cutting-edge technologies to deliver thermal solutions with unparalleled quality and performance.
Proven Performance Across Key Applications
Our solutions are trusted in the most demanding power electronic systems across multiple industries.
Your Partner in Thermal Engineering
From Concept to Cooling: A Collaborative Approach
We are more than a component supplier; we are your thermal design partner. Our team of experienced engineers works closely with you from initial simulation through to prototyping and full-scale production to develop the optimal, most cost-effective cooling solution for your project.
- Collaborative Design & Simulation: Leverage our advanced CFD and thermal modeling expertise.
- Rapid Prototyping: Quickly validate designs and accelerate your development cycle.
- Scalable Manufacturing: Global capacity to support you from prototype to high-volume production.
- Rigorous Quality Assurance: Tested and validated to perform in the most demanding industrial environments.