Sintertechnik GmbH

Slogan

Rethinking thermal processes - consistent engineering, reduced energy consumption, no CO₂

Profile

For over 60 years, Sintertechnik has stood for high-tech materials and process engineering up to 2,000°C. As a partner to industry and aerospace, the company realizes pioneering technologies - including applications on Mars. Today, Sintertechnik is driving forward CO₂-free thermal processes: with electric burners for CO2-free processes and energy savings of up to 80%

Technology / Research

We combine in-depth expertise in engineering, simulation and materials technology - built up over more than 40 years in the development and series production of electroceramic semiconductor components for the most demanding drive technology. This know-how flows directly into our self-developed thermal processing systems, which require the highest temperature precision.
On this basis, we are now in a position to convert fossil-fuelled thermal processes to electric heat - even in the MW range - and thus realize CO₂-free production processes. Hybrid systems are often used as an economically viable intermediate step. In addition to decarbonization, the focus is on significant energy savings potential through optimized process management and intelligent system integration. Supplemented by our expertise in decentralized energy generation, we develop holistic, economically viable solutions for industrial transformation.

Products / (services) performance

• Engineering expertise in thermal processes
  Conversion of fossil-fueled thermal process plants to electric heat, also in the MW range, including hybrid solutions
• Simulation & process design
  Modelling and optimization for maximum efficiency
• Materials technology
  Over 60 years of experience in the development and series production of electroceramic semiconductor components for high-end applications
• Development of thermal processing systems
  In-house system technology with maximum temperature accuracy and process stability
• CO₂-free production solutions
  Realization of sustainable, emission-free processes in the course of industrial decarbonization
• Hybrid systems
  Economically optimized combinations of electrical and fossil systems
• Energy efficiency & savings potential
  Significant reduction in energy consumption
• Decentralized energy generation
  Integration of sustainable energy concepts for maximum independence and economic efficiency