Cooling is essential to modern life.
It also comes at a cost.
Refrigeration and air conditioning consume around 20% of the world’s electricity. Demand is set to double by 2050.
Refrigeration is everywhere: food, retail, industry, data centers and commercial buildings. Yet most systems still rely on fluorinated refrigerant gases with a high climate impact.
Regulations are tightening fast.
The EU F-Gas Regulation and the Kigali Amendment are accelerating the phase-down of these refrigerants, while rising energy costs are adding further pressure.
The industry needs a new approach to cooling.
The Principle
Magnetocaloric materials heat up when magnetised and cool down when demagnetised. By repeating this cycle and transferring heat with water, continuous cooling is produced.
No refrigerant gases. Just water.
Economic and environmental benefits
Refrigerant-free
Higher efficiency
Reduced CO₂ emissions
Simplified maintenance
Silent & vibration-free
Next-generation magnetocaloric materials
Materials are at the core of magnetocaloric performance.
Magnoric tests and qualifies next-generation alloys on its dedicated platforms, from material characterization to real operating conditions.
- Higher efficiency across large temperature ranges
- Adaptable temperature range through tailored material selection
- Scalable production with widely available materials
- Long lifetime with recycling and reuse potential
Refrigeration at a Turning Point
The time to act is now. The refrigeration industry is undergoing its biggest transformation in decades.
Magnoric is bringing magnetocaloric cooling closer to industrial deployment — refrigerant-free, efficient and designed for real applications.
