Fraunhofer Institute for Silicate Research ISC
Fraunhofer Institute for Silicate Research ISC

Inductively heatable particles

Precise, fast and efficient heating through the use of magnetic particles in an oscillating magnetic field makes it possible to establish simple, cost-effective and automated industrial processes. It enables the rapid curing of resins and silicones as well as the local heating of catalysts or adhesives. In addition, the bonding/debonding of adhesive joints for recyclable products is attractive.

Debonding on Demand

Animated scheme

By using magnetic additives in combination with induction processes, extremely fast and localized heating can be achieved. The energy required for the desired heating is introduced directly into the material with the additives via a controllable induction field. As a result, thermally activated adhesives, for example, can be cured or dissolved quickly. This method enables precise and efficient activation of materials on demand.

 

 

Our offer

  • Customized synthesis of inductively heatable particles, specially developed for your application.
  • Consulting and process development in the field of inductive heating to achieve optimum results.
  • Upscaling of synthesis methods and the possibility of out-licensing corresponding processes.
  • Adaptation of your thermal process to integrate induction heating and support with implementation.

Your benefits

  • Efficient and fast heating for effective and time-saving process execution.
  • Precise control and limitation of heating for targeted application.
  • Customization of particles for specific requirements and applications.
  • Advice and support for the implementation of inductively heatable particles in existing processes.
  • Possibility of integrating the particles into different materials and matrices.
  • Potential for reducing costs and increasing efficiency in production through optimized heating processes.

Areas of application

  • Debonding on demand: Used in industry for the targeted loosening of adhesive bonds in order to separate and recycle components or materials.
  • Recycling of batteries: Separation and recycling of valuable materials while increasing the efficiency of the recycling process.
  • Chemical industry: Use in reactors/catalysts, to increase the reaction rate or for temperature control.
  • Medical applications: Use in hyperthermal therapies, for targeted heating of tissues or for heat release in implants.