EeonTex High-Conductivity Heater Fabric - NW170-PI-20

SKU: ADA3670 Brand: Adafruit

High-conductive heating fabrics are so hot right now! Literally! This non-woven fabric feels a little like felted paper but is filled with conductive material that...

$44.80 AUD, inc GST

$40.73 AUD, exc GST

Quantity Discounts:

10-25 $39.10 (exc GST)
25+ $37.87 (exc GST)

Out of Stock

High-conductive heating fabrics are so hot right now! Literally! This non-woven fabric feels a little like felted paper but is filled with conductive material that can make the fabric emit heat when powered. Resistive heating fabrics safely deliver comfortable conductive and radiant heating at low voltage through thin, lightweight and flexible fabric. Unlike conventional resistive wire heaters, the whole surface of the fabric is conductive, providing more uniform and foolproof heating without the discomfort, weight and hazards of wires. It functions even if punctured, cut, spindled or mutliated!

According to EeonTex, this fabric is a conductive, nonwoven microfiber for use in e-textiles as well as electromagnetic and resistive heating applications. Each order comes with one sheet of 12"x13" inch / 30cm x 33cm fabric with a nominal 0.6mm thickness. This fabric is super versatile and perfect for anyone interested in wearables, cosplay, and e-textiles. Maybe even usable in scientific, crafting, or medical endeavours.

This fabric comes with a resistance of 20 ohms/square inch. Adafruit powered it up with some alligator clips and a 12V DC power plug and it heated up pretty fast! It isn't going to compare with your space heater, or boil water, but it does get warm.

Technical Details

Filament Blend: Polyester/Nylon 6 (70/30)
Power Density: up to 3.1 watts per square centimeter
Coefficient of Variation: +/- 5%
Sheet Resistivity: 20 Ohm/sq
Sheet Size: 12"x13" (304.8 x 330.2mm) Thickness: 0.6mm
Operating Temperatures: -50C to 250C
Figure of Merit: 3 x 10³
Thermal Diffusivity: 1.3 x 10² per square centimeter per second
Thermal Conductivity: 0.2 watts per meter per degree Kelvin
Specific Heat Capacity: 0.4 joules per gram per degree Kelvin
Web Bonding: 170 g/m²
Tensile Strength: > 450 N
Elongation at Break: 40%
Tear Resistance: 12 N

Product Dimensions: 330.0mm x 305.0mm x 0.6mm / 13.0" x 12.0" x 0.0"

Fabric Datasheet

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Unit 18, 132 Garden Grove Parade
Adamstown
NSW, 2289
Australia

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