Microtubular immersion heaters
The microtubular heater ranks within an absolute innovation context, being able to operate within the most difficult environmental conditions.
This result was achieved by many research and testing years aimed at obtaining the best result with the minimum size, with the purpose to create a heater able to satisfy the most unusual and different applications.
There are countless advantages in using a heater like this having higher quality characteristics, such as: long durability, remarkable energy saving and possibility to attain temperatures of 700°C in continuous duty operation. The main characteristic of microtubular resistors is certainly the possibility to be equipped, at their interior, with a thermocouple sensor (of iron-constant type in the standard version), thus optimizing the operating temperatures detection.
Some uses suggested
Particularly indicated for uses involving cylindrical surfaces, thanks to its renowned malleability, it is suitable to create heaters for plastic materials injection machines nozzles. Its symmetry and possibility to pack multiple coils within a limited space, allows to obtain extremely high surface loads.
Another effective use field consists in cutting and welding of plastic materials moulds manufacturing, using the single linear element and the same element folded in different shapes, with or without the cutting blade application; in this field, the reduced sizes and a sensor introduced in its interior, make it particularly useful, especially in case of small moulds.
The extreme sturdiness of this heater against thermal and mechanical shocks makes it efficient in other countless fields of use, among them:
In addition to those above indicated, the microtubular heaters can be used in all the fields when a reliable and compact heater is needed.
External sheath temperature
The surface temperature reached by the external sheath of a MICROTUBULAR heater, at a specific surface load, in standard conditions.
