Specialized Thermal Technology

Innovative Heating Solutions for Next-Generation Consumer Devices

Tempra Technology is collaborating with a leading global consumer products company on the joint development of an advanced, self-heating technology for next-generation electronic devices.

Leveraging Tempra’s proprietary exothermic technology, this initiative focuses on developing a compact, controlled heating solution designed to operate without the risk of Lithium-Ion batteries or external electrical power.

This collaboration demonstrates the versatility of Tempra’s patented thermal platform and its potential to transform applications beyond traditional self-heating food and beverage packaging.

Through strategic partnerships and joint development initiatives, Tempra continues to expand the commercial applications of its technology, creating new opportunities across specialized consumer and industrial markets.

Three Tempra self-heating electronic cigarette devices in black and silver

Products

Area of focus

Our focus is on real-world applications where instant, portable temperature control creates meaningful impact.

Tempra Technology’s healthcare solutions offer self-heating and self-chilling packaging for pharmaceuticals and products like self-warming baby bottles and therapy packs, ensuring safe, on-demand warmth without microwaves, hot water baths, or batteries.

On-demand self-heating solutions engineered for specialized use cases

Self-heating packaging for an array of items, including coffee, tea, soups, meals, nacho cheese, and desserts, delivering hot, convenient meals anytime, anywhere. Explore more.

Self-heating solutions for field rations, including MRE-style meals and beverages. Learn more.
  • Self-heating technology for cosmetics, including portable waxing kits and other heat-on-demand formats. Learn More

  • Portable self-heating waxing kits and cosmetic formats for at-home and mobile use. Explore applications.

Biodegradable plastic made from spent coffee grounds for sustainable packaging and components.

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