The startup specializes in end-to-end additive manufacturing technology that utilizes metal additives to enhance heat exchange and fluid flow in industrial applications. This approach reduces inventory requirements and increases manufacturing efficiency through precise design, simulation, and optimization processes.
Funding
$15.1M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Many industries require highly efficient heat exchangers that can handle demanding thermal and fluid dynamic challenges, but traditional manufacturing methods limit design complexity and performance optimization. Conventional heat exchangers often struggle to achieve optimal heat transfer, manage pressure drop, and minimize weight, especially in applications with tight space constraints.
Solution
Conflux Technology provides advanced heat exchange solutions using additive manufacturing to overcome the limitations of traditional designs. Their heat exchangers are meticulously engineered to address diverse thermal and fluid dynamics challenges, offering superior performance through enhanced surface area density, optimized flow efficiency, lightweight designs, and adaptable geometries. By leveraging additive manufacturing, Conflux creates complex internal structures and micro-structures that maximize heat transfer while minimizing pressure drop and weight. This approach enables tailored solutions that seamlessly integrate into a wide range of systems, delivering rapid, reliable thermal management for the most demanding industrial needs.
Target Audience
Conflux Technology serves visionaries and innovators across high-performance sectors, including automotive, aviation, defense, industrial, and space industries, who require advanced heat transfer technology.
Features
- Designs for gas-liquid, liquid-liquid, and gas-gas heat exchange, as well as cold plates and heat sinks
- Enhanced surface area density to volume ratio for significantly higher thermal exchange performance
- Micro-structures and complex internal geometries to ensure low pressure drop and optimal fluid flow
- Monolithic designs that reduce overall weight and simplify maintenance
- Morphed topology offering unmatched design freedom and seamless integration into various systems
- Customizable flow paths to reduce pressure drops and flow resistance
- Conformal heat exchangers that adapt to any platform space
- Utilizes materials such as aluminum, stainless steel alloys, and nickel-copper alloys