Technology

The heating membrane is made of a very thin carbon-plastic composite material; the heat is generated similarly to the fundamental principle behind the heating of solid bodies when current flows.

The carbon-plastic composite material is electrically conductible and the electrons are accelerated through the electrical field toward the field lines.

On their way through the metal, the electrons impact elastically with other electrons and photons. The energy transferred during these impacts leads to a greater natural oscillation and increases the amount of heat that is generated.

Technical Data Sheet 24V – 60W

Technical Data Sheet 24V – 110W

Technical Data Sheet 24V – 220W

Technical Data Sheet 36 V – 60 W

Technical Data Sheet 36V – 110W

Technical Data Sheet 36V – 220W

The conductible network structure has even more to offer. The membrane can be adapted precisely to your needs – regardless of whether you want to laminate aelectra® under PVC flooring, plan an industrial process heating system, or whether you want an innovative room heating or acclimatisation system. 

In addition to the current and voltage requirements, we also develop individual solutions by setting an optimum electrical surface resistance. A higher fibre density in this case means less resistance and therefore more heating output. 

Whatever the application, aelectra® promises even heat distribution over the full-surface with little temperature variances. This means that much fewer thermal and mechanical loads are exerted onto the upper surface of the flooring.