Brno, Czech Republic – November 27, 2024 – MIRAI INTEX, an innovative leader in advanced engineering and eco-friendly refrigeration technology, is proud to announce its revolutionary contributions to sustainable industrial solutions. Founded in 2015 in Switzerland, MIRAI INTEX has redefined the refrigeration industry by developing cutting-edge systems that utilize natural air instead of harmful fluorinated gases, setting a new standard for environmentally friendly cooling solutions.
Revolutionary Technology for a Sustainable Future
Mirai-intex.com established groundbreaking refrigeration systems are designed to tackle some of the most pressing environmental challenges of our time, including global warming and ozone layer depletion. With their proprietary Air Cycle Technology, MIRAI’s solutions achieve ultra-low temperatures of up to -160 °C without compromising ecological balance.
Unlike traditional refrigeration systems, MIRAI’s technology uses pure air or nitrogen as refrigerants, eliminating risks associated with chemical leaks and ensuring compliance with stringent environmental regulations such as the COP21 Paris Agreement.
Award-Winning Innovation
MIRAI INTEX’s contributions to sustainable technology have garnered numerous accolades, including:
- RAC Cooling Industry Awards 2024: “Refrigeration Innovation of the Year” for MIRAI X CRYO
- Natural Refrigerant Technology Label 2023 by ATMOsphere
- Accelerate Award 2019: “Innovation of the Year”
These recognitions reflect MIRAI’s commitment to advancing refrigeration technologies that prioritize both performance and environmental stewardship.
Diverse Applications
The versatility of MIRAI’s refrigeration solutions makes them ideal for a wide range of industries, including:
- Biomedical and Pharmaceutical Storage: Ensuring the safe preservation of sensitive materials
- Food Preservation: Extending the shelf life of high-quality produce such as meat, fish, fruits, and vegetables
- Chemical Processing and Gas Liquefaction: Supporting precise and efficient industrial processes
- Cryotherapy Chambers: Enhancing wellness and therapeutic treatments
High-Quality Manufacturing and Customer-Centric Solutions
Operating out of a state-of-the-art production facility in Brno, Czech Republic, MIRAI INTEX offers tailor-made solutions for its clients. Each refrigeration unit is designed and built with precision, incorporating innovative components such as the patented snowcatcher, which reduces humidity and prevents ice buildup.
“Our hallmark is in-house development and production of turbo-compressor equipment,” says [Insert Name, Title]. “By combining this expertise with our commitment to sustainability, we’re shaping a greener future for industrial cooling.”
Advancing Semiconductor Manufacturing with Integrated Circuit (IC) Technology
MIRAI INTEX’s refrigeration solutions play a crucial role in the semiconductor industry, particularly in the manufacturing of integrated circuits (ICs). But what is IC? An IC, or integrated circuit, is a fundamental component in modern electronics, enabling the miniaturization and advanced functionality of devices like smartphones and computers. MIRAI’s ultra-low temperature systems deliver the precise cooling necessary during IC fabrication processes, ensuring the optimal performance and reliability of these critical semiconductor components.
Join the MIRAI INTEX Movement
MIRAI INTEX is not just about technology—it’s about creating a community of innovators dedicated to making a difference. The company offers opportunities for professionals to contribute to a meaningful mission while working with cutting-edge technologies in an international environment.
Looking Ahead
As the global demand for sustainable solutions grows, MIRAI INTEX is poised to lead the way in providing refrigeration systems that are not only efficient but also environmentally conscious. With innovation at its core and the planet as its priority, MIRAI INTEX invites industries worldwide to join its mission of achieving a sustainable future.
For more information, visit www.mirai-intex.com.