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Flexible Heaters from Thermal Circuits are light, bendable and can
conform to irregular shapes, contours and 3-dimensional patterns.
They are simple to apply, yet are capable of higher output than
traditional metal-clad heaters.
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High-Temperature Mica Heaters
600 Degrees Celsius (1112º F) Maximum
Humidity Resistant
Rigid or Flexible
Negligible Elongation
Composite Assemblies |
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Mylar® Film Heaters
UL & CSA Recognized
105 Degrees Celsius (221º F) Maximum
Moisture Resistant
Formable and Flexible |
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Infrared Panel Emitters
600 Degrees Celsius (1112º F) Maximum
Rigid/Flexible/Machinable/Nonflammable
Thickness from 0.015" to 3.000"
Superlative Thermal Insulator
Infrared Assemblies
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Vinyl Heaters
80 Degrees Celsius (176º F) Maximum
Moisture Resistant
Formable and Flexible
2 Year UV/Outdoor Durability
Extremely Economical |
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Neo-Nylon® Heaters
175 Degrees Celsius (342º F) Maximum
Moisture and Chemical Resistant
Formable and Flexible
Meets MIL-C-20696
Great for KOH Batteries |
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Teflon® Heaters
300 Degrees Celsius (572º F) Maximum
Chemical Resistant
Formable and Flexible
Bondable to Metalwork and
Composite Assemblies |
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Ceramics
600 Degrees Celsius (1112º F) Maximum
Rigid/Flexible/Machinable/Nonflammable
Thickness from 0.015" to 3.000"
Superlative Thermal Insulator
Infrared Assemblies
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Polyester Heater
UL & CSA Recognized
105 Degrees Celsius (221º F) Maximum
Moisture Resistant
Formable and Flexible
Extremely Economical |
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Nomex® Heaters
UL & CSA Recognized
220 Degrees Celsius (428º F) Maximum
94V-0 Flammability Rated
Thickness from 0.003
Formable, Flexible, or Rigid |
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Fiberglass Cloth
500 Degrees Celsius (932°F) Maximum
Formable and Flexible
Injection Moldable
Various Thread Count/Woven
Epoxy, Polyimide, or Ceramic Impregnable |
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An etched foil design element is the circuitry for Kapton®/Polyimide
heaters. Heaters made with this DuPont(r) thin film are transparent,
lightweight, flexible and are electrically strong. Kapton®/Polyimide
is compatible with foil element alloys as inconel, nickel, copper,
and stainless steel. They have low outgassing properties, are resistant
to solvents and can be produced with special internal adhesive systems
that permit higher operating temperatures. Heat curing film and pressure
sensitive systems are available for mounting. Control and sensing
devices can be incorporated. |
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The Benefits of Using
Kapton® Polyimide Heaters |
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Custom Kapton® Heaters
UL & CSA Recognized
300 Degrees Celsius (572º F) Maximum
Moisture and Chemical Resistant
Formable and Flexible
Bondable to Metalwork |
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Polyimide Heaters
UL & CSA Recognized
300 Degrees Celsius (572º F) Maximum
Moisture and Chemical Resistant
Formable and Flexible
Bondable to Metalwork |
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Heaters with Sensors
Thermistor
RTD
Thermal Fuse
Thermostat
Thermocouple
Semiconductor
more product information |
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Heater Assemblies
Metalwork and Heatsinks
Harnesses and Flex-Circuits
Heaters with Sensors
Mounting
Turnkey Solutions
more product information |
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Silicone Rubber is the most versatile rubber based dielectric used
to produce flexible surface heaters. Both etched foil and wire
wound element designs are offered. The application determines the
choice. Fiberglass reinforced Silicone Rubber Heaters are
thin and flexible, durable and have a long shelf life. Etched foil
designs afford more heater size, shape opportunities and enhance
the longevity potential. Supplemental heat distributing and thermal
shielding sheet materials (aluminum and silicone sponge respectively)
are available. Heat curing, pressure sensitive, and mechanical mounting
methods are available |
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Silicone Rubber Heaters
UL & CSA Recognized
220 Degrees Celsius (428º F) Maximum
Moisture and Chemical Resistant
Formable and Flexible
Vulcanizable (Bondable) to Metalwork |
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EPDM Rubber Heaters
175 Degrees Celsius (347º F) Maximum
Moisture, Solvent and Chemical Resistant
Excellent Abrasive Resistance
Outstanding Cold Weathering
Flexible |
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