Cables- mineral-insulated - Import export

Mineral insulated thermocouples are thermo wires compressed in fire resistant magnesium oxide which ensure high pressure resistance. They are suited for the temperature range -200…+1100 °C. Their shock resistant construction assures a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

Mineral insulated thermocouples are pressed thermo wires in fire resistant magnesium oxide which ensure a high pressure resistance. They are suited for the temperature range -200…+1100 °C. The shock resistant contruction guarantees a long life span.

In linguistic usage occasionally the terms coil heaters, nozzle heating elements, hot runner heating elements, cable nozzle heaters are used. Our HotMicroCoil heating elements can be used in a wide variety of applications. Their high level of plasticity ideally suits them to the heating of hot runner nozzles and for accurately heating the contours of three-dimensional surfaces. Many of our customers order HotMicroCoil elements in their unformed state of mineral insualted cable heaters and perform the subsequent shaping work themselves, while others commission us to shape and fit the heating cable elements. A large number of ready-to-fit heating solutions are available for plastic injection nozzles with clamping mechanisms, housing bezel, reflection tube or heat conduction sleeve.

Owing to their small cross-sectional dimensions, MicroCoils are most often connected at both ends and do not permit the addition of a thermocouple. We prefer to use nickel as the sheath material here because it combines the best thermal conduction properties, high corrosion resistance and excellent deformation properties. To ensure that the standard 1000 mm PTFE-insulated connection cable can be positioned at one end, despite the standard two-ended connection of the element, in most cases the MicroCoil is formed into a hairpin shape and wound/laid in a bifilar (parallel) format. Our unformed MicroCoils are also supplied in the hairpin bend shape as standard.

Use: Designed for soldering or crimping on mineral insulated sheath cable or crimping on insulated wire. Construction: Brass machined, nickel plated insert with 0.1 mm tolerance on the cable OD.

Power cable with copper cores, XLPE insulation, PVC or polymer halogen free composition sheathed power cable, shield: copper foil, tape or braids, armour: zinc-coated steel wire, aluminium tape, zinc-coated steel tapes.Application: these cables are suitable for indoor and outdoor installation, in air and ground, where the cables should be flame retardant and halogen free. Fire resistant/flame-retardant/low smoke/low smoke and toxic fumes/cold resistant/shielded/armoured/halogen free