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Focusing on efficient phase change thermal energy management

Focusing on nano microcapsule technology

Breaking through the limit of liquid cooling

Reshaping Efficient Thermal Energy Management

Aerospace grade temperature control technology

Deeply cultivate innovation in high-efficiency phase change materials

Focus on Ten fold Energy Efficiency Solutions

Promote sustainable transformation of thermal energy

Passive Edge

Passive Edge is a nano new material technology company specializing in thermal management and thermal energy storage. We are committed to developing ten times more energy-efficient solutions and utilizing advanced nano coating technology to promote the sustainable transformation of energy. The company is a member of the RAL Phase Change Material Quality Association (consisting of 14 leading phase change material companies worldwide), and its team is composed of a team of PhDs studying in the United States with 20 years of industry experience.
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Core Technology

Two core technologies of the company have been included in the United Nations Green Technology Data Center, one is MOFPoly PCM and the other is UltraST PCM.

Phase Change Materials Technology

PCM

A new type of temperature control material for energy storage (thermal energy and cold energy).
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UltraST PCM

Solved the problems of low thermal conductivity and limited cycle times of traditional phase change materials, while overcoming the potential risks of fluorination treatment to the environment and health during the packaging process of traditional phase change materials. Completely eliminating the risks of leakage and phase separation in solid-liquid phase change materials, possessing flame retardant properties, and providing users with more stable and durable performance guarantees. We can provide customers with reliable and advanced energy storage and temperature control solutions in the fields of industrial and commercial energy storage, building energy conservation, cold chain logistics, and other areas.
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Microencapsulation Technology

MOFPoly PCM

For the first time, high stability and low-cost nano phase change microcapsules with mass production level have been achieved, which have been applied in the preparation of high thermal energy density functional fluids and filled the market gap. Under the same conditions, the heat flux density of the coolant can be increased by 4 times, the total heat transfer capacity can be increased, and the pump power consumption and heat transfer cost can be reduced. Suitable for temperature control needs of data center liquid cooling, electric vehicle liquid cooling, energy storage battery liquid cooling, textiles, and electronic devices.
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Innovative Microencapsulation for Diverse Applications

Passive Edge's microcapsule encapsulation technology provides an efficient encapsulation solution that can effectively encapsulate active ingredients (such as fire extinguishers, health product ingredients, or pesticides) in microcapsules, ensuring their stability, extending release cycles, and improving application effectiveness.
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Building

The application of high thermal conductivity all solid state phase change materials in the construction field has achieved passive constant temperature effect. This material absorbs heat above its phase transition point and releases heat below it, thereby regulating the temperature inside the building and achieving energy conservation.

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Cold Chain

UltraST PCM - Cold Chain, Cold Storage, Logistics Transportation

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Liquid Cooling

The fluid with nano phase change microcapsules has fluidity and high energy storage capacity. It can be added to liquid cooling media, theoretically increasing the heat flux density of the coolant by four times under the same conditions. It can effectively increase the total heat exchange capacity, reduce pump power consumption, and decrease carbon emissions within a limited volume space. Used for liquid cooling in data centers, electric vehicles, energy storage batteries, spacecraft, and other scenarios.

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Thermal Storage And Cold Storage

Phase change materials are ideal for energy storage systems, offering high thermal conductivity, high energy density, no risk of leakage, and flame-retardant properties. Compared to traditional thermal storage systems, phase change thermal storage systems have 4-10 times the energy density, while significantly improving heat exchange efficiency and energy density, delivering higher performance for energy storage systems.

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Electronic Devices

Nano phase change microcapsules can help electronic devices effectively regulate temperature in high load, high temperature environments, and long-term operation, thereby improving their performance and extending their lifespan. By integrating these materials into the metal casing or internal structure of electronic devices, it can help absorb and disperse the generated heat, ensuring stable operation of the equipment within a suitable temperature range. In addition, under extreme temperature conditions such as high or low temperature environments, these phase change materials can also help electronic devices maintain stable operating temperatures and improve their environmental adaptability.

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Home Furnishing

Adding nano phase change microcapsules to bedding, curtains, or home decor can achieve intelligent temperature control for bedding, curtains, and other home textile products, improving the comfort of the home environment.

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Textile

Nano phase change microcapsules can be mixed with textile fabrics or coated on the surface of fabrics to make phase change functional clothing, outdoor products, etc. It can adjust the comfort level of the body according to changes in environmental temperature, keeping the user's body temperature within a comfortable range.

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Microcapsule Encapsulation Technology

Panji Technology's microcapsule encapsulation technology provides an efficient encapsulation solution that can effectively encapsulate active ingredients (such as fire extinguishers, health product ingredients, or pesticides) in microcapsules, ensuring their stability, extending release cycles, and improving application effectiveness.

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