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Electric heating system

Heating cable (Mat)

Heating cable (Mat type)
A suitable place to install the DIY mat cable is in humid places, tile finishing materials, and verandas.
Internal structure map of the Heating Cable Mat type
  • UT Type
  • CT Type
  • L Type
  • C Type
  • V Type
Heating Mat Cable UT Type
  • Zero electromagnetic waves

    Two heating lines, which have the same amplitude and wavelength but opposite directions of current, offset the magnetic field and block the electric field by adopting braiding to completely block electromagnetic waves.
  • Teflon insulation

    Insulated with Teflon, an unsaturated resin, with excellent waterproof, insulation, and heat resistance
  • Cold lead

    The junction point of the power line and the heating line, which is the most important location of the heating cable, has excellent durability, moisture-proof, and insulation
BUSINESS BASED ON TRUST
Innovative technology ensures safe living.
Heating Mat Cable Application field
High-quality construction with unrivaled technology We invite you to meet Enerpia’s products that
ensure customer satisfaction with construction techniques built
with the know-how and patented technology accumulated over the years.

Why Enerpia Heating mat cable?

  • A product that implements ondol-style heating through an electric floor heating system.
  • All electrical energy is converted into heat for 100% use in actual heating.
  • Heat accumulation effect guarantees long heating with less energy usage.
  • Due to the mortar construction method, it is safe against loads even when applied to a large space
  • A heating system that does not produce freeze, smoke, or gas.
  • No noise and excellent space management as there is no boiler room.
  • Blocking electromagnetic waves within heating cablesHealthy and comfortable heating
  • Safe usage without additional maintenance.
  • DIY KIT product that anyone can easily install without facility piping
  • Any floor finishing materials can be used.
  • Reduces unnecessary heating costs by using partial heating.
Installation recommended in various places.
No problem with all floor finishing materials! Applicable with any floor finishing material.
  • Religious facilities
  • Accommodations
  • Educational facilities
  • Apartments/houses
  • Lecture rooms
  • Restaurants
Calculation of electric capacity per unit area Heating Mat Cable
Construction area basis
Total required area(m²)
Expected operating power(W/h)
* The data are for reference only and may differ according to the site condition.
Heating Mat Cable Specification table
  • Standard
  • Proheat
  • Super heat
model number average power consumption Length Application area (W × L )
Standard
(150W/M2)
150Wh 10m 2×1m
225Wh 15m 2×1.5m
300Wh 20m 2×2m
375Wh 25m 2×2.5m
450Wh 30m 2×3m
525Wh 35m 2×3.5m
600Wh 40m 2×4m
675Wh 45m 2×4.5m
750Wh 50m 2×5m
900Wh 60m 2×6m
1,050Wh 70m 2×7m
1,200Wh 80m 2×8m
1,350Wh 90m 2×9m
1,500Wh 100m 2×10m
1,650Wh 110m 2×11m
1,800Wh 120m 2×12m
※ Depending on the application, the product structure can be customized.
※ Temperature controller sold separately
Heating Mat Cable Construction
Heating Mat Cable Construction method
  • 1Install Heating Mat Cable

  • 2Cut and reorient the mat.

  • 3Performance test

  • 4Cement Mortar

Main construction subsidiary materials of Heating Mat Cable
  • Wire mesh
  • Silver film insulation
  • Temperature sensor
  • Climate controller
Certificates of Heating Mat Cable

Russia GOST

Russia GOST

CE

CE
  • Heating Mat Cable Brochure
  • Heating Mat Cable Specification
  • Heating Mat Cable
    Enerpia non-electromagnetic heating cable products, which consider customers and the environment, are used for various purposes in a number of spaces, such as floor heating, snow melting equipment, freeze protection, moisture prevention of electronic products, etc. using radiant heat from electric energy.


    By blocking electromagnetic waves in the heating line, it is possible to provide healthier and more comfortable heating, and the optimized construction method allows safe and convenient installation in various field environments.