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MES tubeIR CP / CF infrared tube radiators for efficiently heating and drying threads, yarn, wires, and similar round or bar-shaped materials

MES tubeIR radiators are perfectly suited for in-process heating or drying of fibrous or wire-like materials.

infrared tube radiators: dimensional layout and dimensions
MES tubeIR infrared tube radiators: dimensional layout and dimensions

Contact Person

Thomas Steinwachs, Head of Service
Thomas Steinwachs
Head of Service
+49 (661) 103-364
Send request

Output Control Units

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infrared tube radiator with Cooling Fan
MES tubeIR CF infrared tube radiator with cooling fan
Infrared tube radiator with Cooling Fan – Detail
MES tubeIR CF Infrared tube radiator with cooling fan – Detail

MES tubeIR Radiator Sizes

Type of Reflector Length L [mm] Fastening a [mm] Heated Length [mm] Power [W] Voltage [V]
tube IR 230 232 150 140 500 110
tube IR 230 232 150 140 1.000 220—250
tube IR 360 369 244 272 1.000 220—250
tube IR 360 369 244 280 2.000 220—250
tube IR 360 369 244 280 3.000 220—250
tube IR 500 509 306 410 2.000 380—420
tube IR 790 799 676 700 3.000 380—420

Further unit types, designs, dimensions, power and voltage ratings are available. More information is available on request.

The following environmental conditions must be met for fan cooling:

  • Room temperature < 30 °C
  • Dust-free air
Efficient heating of fibrous materials with infrared tubes
Efficient heating of fibrous materials with infrared tubes: liftable upper section allows product to be easily drawn in
focused infrared radiation in the tube tunnel enables a highly efficient heating process of threads and yarn
MES tubeIR: focused infrared radiation in the tube tunnel enables a highly efficient heating process of threads and yarn

A significant increase in productivity, quality, and energy efficiency can be achieved when compared to non-enclosed infrared radiator elements, either by focusing the infrared radiators in the counter-reflector or through homogeneous tube radiation of the fibrous or wire-like material.

The modular design with a liftable upper section of the radiator unit, or even several units in succession, ensures that the product to be heated can be easily drawn in.

For drying purposes, the radiation source can be separated from the counter-reflector by means of a quartz glass pane so as to create a drying zone in the counter-reflector. Hot or cold air can flow through this zone so that produced vapors can be directly extracted and to optimally enhance the drying process.

  • Heating and drying of functionalized yarns, threads, ropes, ribbons
  • Wire heating
  • Activation of bonding agents, varnishes etc. on round material
  • Rubber, textile, plastic, medicine, industry
infrared tube radiator for efficiently heating and drying threads, yarn, wires, and similar round or bar-shaped materials
MES tubeIR - infrared tube radiator for efficiently heating and drying threads, yarn, wires, and similar round or bar-shaped materials

MES tubeIR Hybrid-Infrared Radiation Unit for efficient heating up of thread-like material

MES thermsol® tubeIR Hybrid-Radiation Modules are excellently suitable as tube radiators to heat up and dry thread-like or wire-like materials in a continuous throughput.

In contrast to standard infrared radiators, the infrared radiation will be focussed in the counter reflector and will generate a concentrated input of thermal energy.

Due to the concentrated energy input and the additional convective drying line, this type of radiators is highly efficient.

The convective drying line allows a direct exhaust of the vapours generated.

Hybrid-Infrared Radiation Unit with convective drying line
MES tubeIR Hybrid-Infrared Radiation Unit with convective drying line

Sizes of MES tubeIR Hybrid Radiators

Type of Reflector Length L [mm] Fastening a [mm] Heated Length [mm] Power [W] Voltage [V]
tubeIR 720 729 604 1 x 272 1 x 1.000 220—250
tubeIR 720 729 604 1 x 280 1 x 2.000 220—250
tubeIR 720 729 604 1 x 280 1 x 3.000 220—250

Further unit types, designs, dimensions, power and voltage ratings are available. More information is available upon request.

The following environmental conditions must be met for fan cooling:

  • Room temperature < 30 °C
  • Dust-free air
  • Highly efficient heating through focussed infrared radiation
  • Increase of dryer output through hybrid technology
  • Radiation-relevant components can be replaced, thus completely technically revisable
Thomas Steinwachs, Head of Service

Thomas Steinwachs
Head of Service

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Send request