Electrical high-temperature process heating

Philectrify is revolutionizing the industrial supply of process heat with its zero-emission and fully electric heating technology. The high-performance heaters reach up to 1.200 °C and can replace fossil-fuel burners or resistant heaters. Philectrify’s solutions are ideal for industrial furnaces and and corrosive process gases that require highest compactness and minimal maintenance.

KEY FACTS

Corrosion-resistant heat production up to 1200°C for a wide range of process gases using efficient SiC heating element material
Extreme large heat transfer area using honeycomb heating element design
Seamless control with 1-100% heating capacity
Efficient operation with power-to-heat efficiencies of 85-90%
Compact integration thanks to high power density of 2-3 MW/m³
No combustion by-products such as NOx, CO and H2O
No chimney or exhaust gas measurements required
Philectrify is a DLR spin-off project, built on 10 years R&D of the patented induction heater technology

Funding Chance for Innovators

Under the „Bundesförderung Industrie und Klimaschutz“ program, German companies can secure grants covering up to 50% of their investment costs for innovative electrification projects that replace fossil fuels and significantly reduce CO₂ emissions.

📢 Deadline Alert: Applications must be submitted by May 15, 2025!
Philectrify offers comprehensive support to help you access these funds.

👉 For more details, please visit our funding information page or contact us directly.

HISTORY & TIMELINE

2014 - 2019: Inventive Spirit and First Prototypes

Our journey began with a master's thesis at DLR focused on developing an advanced electric heater for compressed air systems in cooperation with RWE and Züblin. Utilizing induction heating for conductive silicon carbide ceramics enables temperatures beyond 800°C and allows operation with corrosive gases, unlocking new possibilities. Early experiments verified a 9 kW prototype, later scaled to 100 kW. ©DLR

2020 - 2024: Technical Breakthrough

A newly developed 3D-printed ceramic honeycomb structure proved to be highly efficient. This led to process heating temperatures of up to 1,200°C and a phenomenal heat transfer rate. This innovation fueled the transition from the DLR research to a pioneering Spin-Off project. ©DLR

2025 - 2026: Join Philectrify's Beta Program

This year we are launching our exclusive Beta Phase, collaborating with industrial partners to test our cutting-edge technology in their environment. You will have access to our innovative heating solution at cost price (manufacturing cost = sales price), along with extensive engineering support from our technology experts. For more Information visit the Beta Program on this website.

Beyond 2026: Product readiness, Scaling and Market Expansion

From 2026 onwards, Philectrify's fully developed and extensively tested high-temperature induction heater will be available for industrial customers. The technology is than optimized for seamless integration, offering reliable performance and scalability for various industrial applications. ©DLR