Unit of Measure
Items
Standard Rectangular Ultra-Thin Flexible Heaters

0.26 Watt per Centimeter Square (W/cm²) Power Density Nano Carbon Ultra-Thin Flexible Heater
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Standard Rectangular Ultra-Thin Flexible Heaters

0.56 Watt per Centimeter Square (W/cm²) Power Density and 0.01 Ampere (A) Current Nano Carbon Ultra-Thin Flexible Heater
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Standard Rectangular Ultra-Thin Flexible Heaters

0.84 Watt per Centimeter Square (W/cm²) Power Density and 0.02 Ampere (A) Current Nano Carbon Ultra-Thin Flexible Heater
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Standard Rectangular Ultra-Thin Flexible Heaters

1.19 Watt per Centimeter Square (W/cm²) Power Density and 0.02 Ampere (A) Current Nano Carbon Ultra-Thin Flexible Heater
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Standard Rectangular Ultra-Thin Flexible Heaters

1.58 Watt per Centimeter Square (W/cm²) Power Density and 0.03 Ampere (A) Current Nano Carbon Ultra-Thin Flexible Heater
List Price QUOTE
Brands N/A Pelonis Technologies
Type N/A Nano Carbon (STANDARD)
Width N/A 10 mm
Length N/A 10 mm
Reference Temperature Rise N/A 30 ºC N/A 60 ºC N/A 90 ºC N/A 120 ºC N/A 150 ºC
Note for Reference Temperature Rise N/A Please note that the Temperature Rise value is for reference only. The actual temperature rise is dependent on the ambient environment and the application of the flexible heater.
Resistance N/A 11900 Ohm N/A 5610 Ohm N/A 3750 Ohm N/A 2640 Ohm N/A 1980 Ohm
Power N/A 0.26 Watts N/A 0.56 Watts N/A 0.84 Watts N/A 1.19 Watts N/A 1.58 Watts
Power Density N/A 0.26 W/cm² N/A 0.56 W/cm² N/A 0.84 W/cm² N/A 1.19 W/cm² N/A 1.58 W/cm²
Current N/A N/A 0.01 A N/A 0.02 A N/A 0.02 A N/A 0.03 A
DC Voltage N/A 56 V
Industry Standards/Certifications N/A CE Recognized CRU®US Recognized Reach Compliant Restriction of Hazardous Substances (RoHS) Compliant
Heater Material N/A Nano Carbon Silicon
Shape N/A Rectangular
Lead Wire Length N/A 210 mm
Note for Lead Wire Length N/A The length of the lead wires will be 210 mm unless otherwise specified.
Note N/A If the heater requires a higher heat-up rate or higher power density (>0.8W/cm2), make sure a temperature sensor or thermostat is installed to prevent overheating causing damage to products.

Dimensions and specifications are subject to change without notice.