Far-Infrared Graphene Heating Fabric – GWARM-S2015
Far-Infrared Graphene Heating Fabric – GWARM-S2015
Far-Infrared Graphene Heating Fabric – GWARM-S2015
Far-Infrared Graphene Heating Fabric – GWARM-S2015
Far-Infrared Graphene Heating Fabric – GWARM-S2015

Far-Infrared Graphene Heating Fabric – GWARM-S2015

The GWARM-S2015 far-infrared graphene heating fabric is an advanced flexible heating element independently developed by Suzhou Leanstar Electronics Technology Co., Ltd. It utilizes highly conductive graphene-based composite heating materials, combined with a flexible substrate through precision manufacturing processes, resulting in a soft and high-performance conductive fabric. The product achieves an electrothermal conversion efficiency of over 99%.
It is widely used in clothing, gloves, footwear, home furnishings, outdoor gear, and small appliances.
The system consists of two main components: the heating element and the control unit, ensuring high efficiency, safety, and reliability.

Mechanical data

Far-Infrared-Graphene-Heating-Fabric-–-GWARM-S2015

Parameter

Specification

Overall Length

200mm

Overall Width

150mm

Thickness

0.3mm

Heating area

140*90mm

Control Switch Cable Length

Both cable ends are 50 cm in length (cable length and temperature control features are customizable).

Operating Voltage 

DC 5V

Power Apply

Power bank

Heating Temperature

35~55℃

Product Features

    • Rapid heating, instant warm-up

    • High electrothermal conversion efficiency (>99%)

    • Ultra-thin design, only 350 μm thickness

    • Ultra-soft and seamlessly integrated with fabric for maximum comfort

    • Uniform planar heating with even heat distribution

    • Safe and comfortable far-infrared radiant heating

    • Long service life exceeding 10,000 hours

Application Circuit

  • Far-Infrared-Graphene-Heating-Fabric-–-GWARM-S2015-1

    Far-Infrared Wavelength Characteristics

     

  • Far-Infrared Wavelength Characteristics

    The far-infrared wavelength emitted by graphene closely matches the natural far-infrared emission of the human body, both falling within the 6–14 μm range. The peak wavelength at 9 μm most effectively resonates with the human body, promoting deep, penetrating warmth without causing overheating, dryness, or discomfort.

Typical Applications

  • application-1

    Heat therapy pillow

  • application-4

    Heating Clothing

  • application-3

    Heating blankets and pads

  • application-2

    Heating pet bed pad

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