Polyester ultra flat heating element

Alper flexible heating elements are produced by silk print

The Alper ultra-flat PET (polyester) heating foils are produced by screen printing and allow to reduce the thickness of the heating element to the minimum (min. 0.2mm). They are used in various fields of application such as aerospace, naval, small appliances and construction.

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alper_flexibleheaterdetail
alper_coffeecupwarmerselement
flexible-carbon-heater-scaled-1
alper_small_heater
carbon-heating-element-scaled-1
alper_coffee_cup_warmers
alper_shoes_heater
alper_flexibleheaters
flat-heater-scaled-1
alper_heatingelement_detail
resistenza-flessibile-scaled
alper_heater_shape
alper_threecircuits_2
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These resistances are produced by screen printing, initially depositing silver-based tracks, for the transport of electric current, and afterward a layer of conductive and heating ink. The continuous search for new formulations of heating inks has allowed Alper to make the production capacity and the development of new products based on customer specifications extremely flexible.
The technology, unique in its kind, allows to reduce the tooling costs and any small changes on the required powers (+/- 20%) only by changing the composition of the heating inks.

  • Maximum dimenions: 1000x600mm (other sizes available on request).
  • Power and supply voltages on request.
  • Best temperature distribution.
  • Various thermal protections available such as thermal fuses,thermal protectors, probes and sensors.
  • Use of surface metal films used as earthing, thermal shields or mechanical protections.
  • Application of adhesive surfaces using a wide range of specific double-sided adhesives for each use.
  • Wiring upon customer specification.
  • Class I or II construction.
  • Customer specific design.
  • Min temperature: -30 ° C / Max: 90 ° C (continuously) – Max: 100 ° C (for short periods)
  • Test according to EN 60335-1 and EN 50106
  • Construction according to directive 2014/35/UE
  • S.I. 2016 No. 1101 (Electrical Equipment (Safety) Regulations 2016)
  • BS EN 60335-1, BS EN 50106

  • UL approval E466385 on request