Hotset Industrial Heaters

Product Details:

hotset was already in 1980 one idea ahead as they presented the first round hotspring coil heater. Since then further innovations have been made: hotspring^®/Mini (type WRP 1,3 x 2,3), flat and square, hotspring^®/Maxi (type WRP 4,8 x 8,6) as well as hotspring^®/Micro (type WRP 1,3 x 2,3).

This innovation as well as the humidity-resistant coil heaters according to I.P. 65 (type WRP/F 2.2 x 4.2 - WRP/Q 3.0 x 3.0) emphasize the consequente alignment to new challenges.

• Mass channel Technology - Heating of manifolds
• Packaging Industry - Heating of welding bars
• Mass channel Technology - Heating of mass channel nozzles
• Packaging Industry - Heating of sealed heads

hotset presents a wide product spectrum of hotspring^®coil heaters:

• Starting with hotspring^®/Micro (type WRP/F 1,0 x 1,6) up to hotspring^®/Maxi (type WRP 4,8 x 8,6) with different lenghts and diameters.
• Brass-coil heaters or coil heaters with clamping mechanism as heating elements for different applications.
• Heating systems such as the hotcast^® sealed heater (type GMH) or the hotcone^® heated nozzle (type BMD).
• Special products such as hotslot^® and hotslight^®.
• As well as a wide spectrum of applications.

To find your favorable item from stock please see brochure download on the right. Stock items are at pages 4 - 7. Please request stock items by the default contact form.

When using hotspring^® coil heaters with a reflection tube the maximum surface load increases. Furthermore the reflection tube protects the heater from mechanical damages. The reflection tube can be delivered for a lot of hotspring^® dimensions. Additionally it is possible to carry out a controlled temperature measurement with a coiled-in or integrated thermocouple.

The low wall thickness of the clamp of only 1.5 mm, the fixation by easy sliding on the nozzle as well as the front installation and removal are essential arguments which save money by this simplified handling. Furthermore the hotspring^® - lock-system guarantees optimal thermal features of the fixed heating element (hotspring^® - type WRP/Mini).
The principle of the hotspring^® - lock-system – is based on two conical turning parts, which telescoped result in tension over the whole heating element. The fixation of the hotspring^® - lock-system is effected by axial moving of the outer tube where an anti-twist protection (cut-out) serves as installation aid.

The hotflex / hotflex cs is worldwide the first tubular heater which can be manually bent in all three dimensions. Easiest handling, simple assembly, optimal thermal features and the simple storage (the hotflex / hotflex cs is supplied in straight condition with numerous lengths from stock) are outstanding product arguments.

Towards the traditional heating (e. g. with hotrod^® cartridge heaters type HHP) the three dimensional bending of the hotflex / hotflex cs makes high flexibility possible for engineers.

With applications such as outline heating a better heat transition, considerable savings of the tool mass, replacements as well as lower energy consumption can be achieved. 

And thus also in round (Ø 6,5 mm and 8,5 mm) as well as in square shape (6 x 6 mm and 8 x 8 mm).

To find your favorable item from stock please see brochure download on the right.

Additional Information:

• Minimum Order Quantity: 1 Piece

With the three dimensional bendable hotflex^®, the square tubular heater as well as a wide range of e. g. round or flat tubular heaters hotset offers a complete product range for different applications.

The wide variety enables also the realisation of special applications e. g. a high-temperature incoloy version or a gas protected tubular heater.

Together with the hotflex^® tubular heaters offer the "heating of several dimensions".

Additional Information:

• Minimum Order Quantity: 1 Piece

Product Details:

Even for nozzle heating, hotset offers specific heating elements for each application.

With hotslot^®, which is based on the proven principle of hotspring^® coil heaters, hotset offers an excellent heating solution for nozzles. The hotspring^®/Mini (wall thickness of a minimum of 2 mm according to type) or Micro (wall thickness of a minimum of 1.3 mm according to type) is pressed in a slot thus the hotslot^® is especially space-saving. The run of the slot with or without thermocouple as well as the power distribution can be individually determined.