Product Catalog


Jiangyin PaWo Electronics Co., Ltd
No.98 Qingtong Road, Qingyang Town, Jiangyin City, Jiangsu Province, China
Tel: 86-510-86559326
Fax: 86-510-86551425
Contacts: Jane Wu 13914288026
                  Jessica Jiang 13915246202

Heating Mat

Heating Mat
Heating Mat Heating Mat Heating Mat Heating Mat

Product Structure:

The heating element has two types. One of types is a Nickel-Chromium or a Copper-Nickel resistance wire wound around a small diameter fiberglass core, other type use Nickel-Chromium or Copper-Nickel resistance wire.
This resistance is then being placed between two layers of silicone impregnated glass cloth.
The heating mats are very robust, but at the same time very flexible.
The silicone heating mats are manufactured on request, and their dimensions are consequently adapted to any specific requirements.
The mounting can be done by the mean of eyelets, hooks or any other type of fastener. The back side of the heating mat can be supplied with a self-adhesive surface.

Product Application:

  • Freeze protection and temperature maintenance of vertical and horizontal tanks.
  • Hopper heating to prevent from clogging and acid corrosion.
  • Heating of press plates.
  • Freeze protection for control boxes.
  • Heating of Freon bottles.

Technical Data Sheet:

Dimension Dimensions on request
Thickness 2mm  Note: There is an extra thickness at the connection point.
Heating element Nickel-Chromium or Copper-Nickel resistance wire wound around a fiberglass core Nickel-Chromium or a Copper-Nickel resistance wire
Voltage Any voltage on request
Output Up to 5KW/M2
Tolerance ±10% on resistance
Max surface temperature 200℃
Min exposure temperature -60℃

Temperature diagram

The diagram below states surface temperature of the heating mat versus output in W/cm2 under the following conditions:

  • The heating mat is placed on a horizontal aluminum plate with 1.5mm thickness
  • The aluminum plate is hanging freely in the air
  • The ambient temperature is 20℃
  • The temperatures are registered when they have stabilized at a certain level
W/cm2 Temperature   W/cm2 Temperature
0.05 40 0.45 175
0.10 70 0.50 190
0.15 90 0.55 200
0.20 105 0.60 210
0.25 120 0.70 230
0.30 135 0.80 250
0.35 150 0.90 260
0.40 165 1.00 270