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Flexible heaters
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Silicone heating element / flexible - -40 °C ... +180 °C | CISA series
• Flexible heating element, very thin (thickness 0.8 to
1.5mm) and self adhesive
• Particulary useful for freeze protection or
heating...
1.5mm) and self adhesive
• Particulary useful for freeze protection or
heating...
Silicone heating element / flexible - -40 °C ... +180 °C | CISA series
• Flexible heating element, very thin (thickness 0.8 to
1.5mm) and self adhesive
• Particulary useful for freeze protection or
heating...
1.5mm) and self adhesive
• Particulary useful for freeze protection or
heating...
Flexible heating element - -30 °C ... +180 °C | KRLA series
• For temperature maintenance or heating
of tanks, oil sumps, metal plates etc.
installed under...
of tanks, oil sumps, metal plates etc.
installed under...
Flexible heating element - -30 °C ... +180 °C | KRLA series
• For temperature maintenance or heating
of tanks, oil sumps, metal plates etc.
installed under insulation
• Held in place use eyelets (KRL) or self
adhesive (KRLA). Note: the adhesive
will only become active when the heater
is energised for the first time
• Heat source is sandwiched between 2
layers of splashproof silicone coated
fibre glass
• Maximum size 0,9 x 3 m.
of tanks, oil sumps, metal plates etc.
installed under insulation
• Held in place use eyelets (KRL) or self
adhesive (KRLA). Note: the adhesive
will only become active when the heater
is energised for the first time
• Heat source is sandwiched between 2
layers of splashproof silicone coated
fibre glass
• Maximum size 0,9 x 3 m.
Flexible heating element - 200 °C
Kapton (Polyimide) is a semitransparent and flexible insulation material. Its superb insulation properties allow to produce very thin heating Elements. The resulting efficient heat...
Flexible heating element - 200 °C
Kapton (Polyimide) is a semitransparent and flexible insulation material. Its superb insulation properties allow to produce very thin heating Elements. The resulting efficient heat...
Polyester heating element / flexible - max. 950 x 600 mm
Polyester Foil Heaters consist of a conductive ink between two insulation layers of polyester. With a max. size of 950 x 600 mm, their height averages to 0.2 mm. As you can see in the pictures almost every outline and all kind of holes are feasible. Naturally...
Polyester heating element / flexible - max. 950 x 600 mm
Polyester Foil Heaters consist of a conductive ink between two insulation layers of polyester. With a max. size of 950 x 600 mm, their height averages to 0.2 mm. As you can see in the pictures almost every outline and all kind of holes are feasible. Naturally we can integrate safety- and controlling devices such as limiters, cutouts, thermocouples, and resistance sensors.
Regarding temperature profile, electromagnetic compatibility and immunity to failure, polyester foil heaters are clearly superior to heater mats with wound wire or etched heating circuits due to their plane heating ink.
Watermark imagePolyester Foil Heaters Another advantage of the used ink is the simple realization of differential power: for this either the composition of the ink is varied or blanks are integrated in the design (see picture of the foil heater on the left, with dotted edges).
The heater can be pressed on or fixed with a self-adhesive foil. Wrapped in PVC, the use in liquids is possible as well.
Regarding temperature profile, electromagnetic compatibility and immunity to failure, polyester foil heaters are clearly superior to heater mats with wound wire or etched heating circuits due to their plane heating ink.
Watermark imagePolyester Foil Heaters Another advantage of the used ink is the simple realization of differential power: for this either the composition of the ink is varied or blanks are integrated in the design (see picture of the foil heater on the left, with dotted edges).
The heater can be pressed on or fixed with a self-adhesive foil. Wrapped in PVC, the use in liquids is possible as well.