Nano Carbon Film Heater

VESTATON®

Teraon leads the domestic and international markets with world-class heating materials, film heaters, and thermal
control technologies. In particular, our film heaters have been commercialized for use in EV(electric vehicle),
interior heating, utilizing infrared radiation, providing users with fast and comfortable warmth.

VESTAON®

Reaches temperatures of over 250°C
in just a few seconds, providing pleasant warmth.
Offers design flexibility, safety and stability, energy efficiency,
and versatile applications in various fields.

250℃

Fast and Comfortable Warmth

Composite of carbon nanotubes(CNTs) and graphene flakes
Reaches temperatures of over 250°C in just a few seconds
Provides pleasant warmth with infrared radiation(compared to air heating methods)

Fast and Comfortable Warmth Fast and Comfortable Warmth
  • Exceptional
    Design Flexibility

    Excellent design flexibility to meet different customer requirements

    Applicable regardless of the surface curvature(curved or flat)

    Excellent heat transfer efficiency(over 98%)

    Applicable to various 3D shapes through 3D molding technology

    Exceptional Design Flexibility
  • Safe and Reliable Product

    Enhanced safety due to in-house developed touch sensor technology

    Low-temperature burns prevented through automatic temperature regulation

    Stable operation even under physical damages such as cutting, punching, and bending.

    Safe and Reliable Product
  • Maximized Space and
    Energy Efficiency

    Ultrathin(<0.07mm) and lightweight(<70g/㎡)

    Excellent high-temperature resistant (the material withstands temperatures above 250oC)

    Excellent flexibility

    Excellent energy efficiency due to low power consumption and temperature uniformity

    Maximized Space and Energy Efficiency

Versatile Applications

Our low power and highly efficient heating material improves energy-efficiency in various applications
jacket heaters, radiant panels for buildings, and heating components for various equipment.

  • Reduced Power Consumption

    Reduced Power Consumption

  • High-Temperature Stability

    High-Temperature Stability

  • Flexibility

    Flexibility

  • Front-Facing Heating Design

    Front-Facing Heating Design

  • Stability (Touch Sensor)

    Stability
    (Touch Sensor)

  • 3D Molding Technology

    3D Molding Technology

  • Temperature Uniformity

    Temperature Uniformity

  • Durability

    Durability

  • Space-Efficiency

    Space-Efficiency

  • Lightweight

    Lightweight