Passive Edge Tech is a materials science company focused on thermal management and energy storage. It provides advanced phase change material (PCM) solutions, including its proprietary UltraST and MOFPoly technologies, for global industries.
Passive Edge Tech is a materials technology company specializing in advanced thermal management and energy storage solutions. The company develops high-efficiency technologies, most notably its proprietary UltraST (a high thermal-conductivity, all-solid phase change material) and MOFPoly (a nano PCM microcapsule technology). These innovations are designed to address critical thermal control challenges, providing leak-proof, fire-retardant, and sustainable alternatives to traditional phase change materials. By utilizing advanced nano-encapsulation and thermal conductivity engineering, the company provides high-performance solutions for diverse applications, including consumer electronics, electric vehicles, industrial energy storage, data centers, and green building technologies. Passive Edge Tech is a member of the RAL Quality Association for Phase Change Materials and has had its technologies featured in the United Nations Green Technology Data Center.
These solutions are essential for customers needing reliable, energy-efficient temperature regulation in demanding environments, such as thermal control for processors and robotics, or maintaining stable conditions in cold chain logistics. By overcoming the limitations of conventional liquid phase change materials—such as leakage risks and environmental concerns related to hazardous chemical treatments—Passive Edge Tech enables safer and more durable product designs. The company supports its global operations through research centers in China, the United States, and Singapore, and actively collaborates with international organizations to drive industry standards in sustainability and green technology innovation. Its engagement with the UNIDO Fourth Industrial Revolution Accelerator further underscores its commitment to scaling disruptive thermal management technologies to meet global net-zero goals.