Thermal precision in textile processing

In the textile industry, the targeted use of industrial heat is essential in order to achieve high-quality, reproducible results in yarn and fabric processing. Typical applications include drying after dyeing processes, fixing yarns, low-tension guiding of textile webs and thermal cutting of fabrics and filaments.

Ceramic heating elements play a particularly important role in the precise, thermal cutting of fabrics. By heating them directly, they create a sharp, stable cutting edge that not only cuts but also seals the fabric during the cutting process. The slight melting or burning of the edge fibers prevents fraying and ensures smooth, clean cut edges. Due to their high temperature resistance and fast reaction time, ceramic heaters are ideal for continuous cutting processes in automated systems.

Cartridge heaters are primarily used in the textile industry where a compact, precise heat source is required – for example in heated cutting knives, fusing units or yarn guide systems. They enable small components to be heated up quickly and help to stabilize sensitive thermal processes.

For larger area heating tasks heating mats are used. They are used on drying zones, machine frames or yarn package holders, for example, to create homogeneous temperature conditions. Their flexible design allows them to be adapted to a wide variety of machine geometries.

Precise temperature control is ensured by Temperature probes is ensured. Whether for thermal cutting, drying fabrics or in yarn fusing systems – Thermocouples or Resistance thermometers monitor the temperature in real time and guarantee consistent process quality and safe system operation.

The interaction of ceramic heating elements, heating cartridges, heating mats and Temperature probes makes textile production processes more efficient, improves edge quality and reliably prevents unwanted fraying. At the same time, the precise heat control contributes to higher system availability and energy efficiency.

Selection of suitable products

Cartridge heaters

Metal-sheathed high-performance cartridge heater (HLP) with ground outer jacket made of stainless steel. Special construction and high compression allow an extremely high surface load, i.e. the accommodation of high power in a very small space. UL approved available.

Bayonet sensor

Thanks to the special measuring tip, the bayonet probes are particularly suitable for flat and pointed bores. The Form-stable compression spring can be used for a variety of applications and serves as cable kink protection. Built-in length can be varied as required thanks to the adjustable bayonet lock.

Screw-in sensor

The installation design results in a high level of tightness at negative and positive pressure. This sensor is ideal for temperature measurements in liquid and gaseous media. Can be fitted with different threads such as metric, inch, NPT, UNF, etc. The transition to the cable is strain-relieved and can be fitted with an anti-kink protection spring.

Nozzle heating elements & tubular cartridges

Low-mass, high-density heating elements with which a very high output can be accommodated in a small space. They are available with or without built-in Thermocouples.

Ceramic heating elements

All-ceramic heating elements made of silicon nitride and aluminum nitride can be manufactured in customer specific designs to client requirements. A versatile shape design allows the heating function to be integrated into high-strength ceramic parts, such as cutting knives, welding jaws and tools. The high power density is achieved by sintering conductive ceramic in a shell of insulating ceramic. The excellent ageing and wear resistance of the ceramics guarantees a long service life. Holes, grindings, vacuum grooves, etc. can be drilled.

Cable sensor

The cable sensors are used for temperature measurement in liquid and gaseous media. Cable transition is strain-relieved. Humidity-protected versions are available.

Mineral insulated thermocouples

Food safe materials and Water vapor-tight and Shock-resistant Construction make it ideal for use in cooking, cooking and baking processes, for various applications in the Food industry as well as in Laboratory technology and research facilities.