The future standard
Decarbonizing high-temperature industrial heat
1500°C
A highly efficient electric air heater providing up to
60%
Energy saving compared to fossil fuel based furnaces
> 95%
Efficiency yield due to resistance heating principle
How it works
Electric Power-to-Heat
Advanced resistance heating with >95% efficiency.
Patented Ceramic Design
Unique combination of ceramic heating elements and foam boards achieves air temperatures up to 1500 °C.
Closed-Loop System
Waste heat is recirculated, reducing energy demand and costs.
Modular & Scalable
Units from 10 kW to multi-MW can be deployed step by step, matching renewable availability and grid capacity.
The Result
Immediate CO₂ reduction without major production downtime
A future-proof solution that supports compliance with EU and global decarbonization policies, safeguarding competitiveness in global supply chains
Energy Savings
Up to 60% lower energy demand compared to conventional gas-fired furnaces
Cost Effective
Stable and predictable operating costs, independent from volatile fossil fuel markets
Simple Product Design
We are reducing overall energy costs per year due to
waste heat utilization.
Our product enables immediate transition to green heat, by
the stepwise integration of modular Heatrix units
according to the availability of (renewable)
electricity despite grid capacity limits.
Input
We use renewable electricity as input,
either off-grid, PPA or auction.
Process
In the next step we are converting power to heat, modular &
scalable, combinable with thermal
energy storages if needed.
Result
We deliver reliable and cost-competitive
industrial heat up to 1500 °C
Our Small-scale heater systems enabling 1:1 gas heater
replacements with lowest space requirements.
Proof of Concept
Our proof-of-concept projects demonstrate the feasibility of replacing fossil-fueled furnaces with high-efficiency electric heating - validating our technology under real industrial conditions.
Industries & Applications
Brick & Building Materials
High CO₂ and energy costs challenge manufacturers; Heatrix enables a fast, cost-competitive switch to renewable heat.
Metals - Steel & Non-Ferrous
Heat-treatment processes demand stable, high-temperature solutions; Heatrix delivers clean electrification without production downtime.
Glass & Ceramics
Continuous high-temperature furnaces benefit from modular, efficient replacements for gas-fired systems.
Chemical Processes
Applications requiring process heat above 800 °C gain both decarbonization and long-term cost stability.
Efficiency
Up to 60% energy savings through waste-heat utilization and >95% efficiency from advanced resistance heating. Modular integration enables stepwise transition.
100% CO₂ neutral
Reliable green heat at scale, ensuring regulatory compliance, cost stability, and supply chain resilience.
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