We manufacture textiles according to our customer’s preference:

  • Power feeder lines
  • Signal and data lines
  • Ribbon cable (textile cable harness)


  • Flat, highly flexible, multitrack textile power/data lines
  • Grid size, number of lines and line cross-section can be adapted to the customer’s needs
  • Currents of up to 60 A can be transmitted
  • Contacting of the conductive lines is possible using insulation displacement plugs, a soldering contact, crimping, etc.
  • Electrical insulation according to our customer’s preferences

  • 6-Kanal-Datenbus
  • Textile Zuleitung / Datenbus, 12-polig
  • Textile Zuleitung an breakout board
  • Textile Zuleitung, 2-polig
  • 6-Kanal-Datenbus

Pneumatic textile elements are accomplished by air-tight, coated 3-dimensional structures.

  • 3D structures: spaced fabric, spaced knitted fabrics
  • Coating possibilities: polyurethane, silicon
  • Additional features can be integrated: heating

  • Aufblasbares Textil

  • Lightweight construction potential
  • Versatile application
  • Space-saving storage
  • Mobile
  • Quickly ready for use

  • Seat components for increased comfort
  • Supporting and protective elements
  • Design elements/mobile architecture
  • Building with air

Magnetically finished textiles can be produced in various ways. Two possibilities are on the one hand the use of magnetic yarns, on the other hand textiles can also be coated with magnetic materials.


  • Verification of process parameters
  • Transmission of information
  • Combating brand and product piracy
  • Inductive charging

Textile-based thermoplastic VWS are a reasonable and inexpensive alternative to GRP and CFRP with a choice of textile haptics and optics.

  • Profil-Element mit textiler Haptik und Optik

  • Fewer procedural steps
  • Lightweight construction potential
  • Recyclable
  • Individual colouring possible
  • Textile sensors and actuators can be integrated


  • Interior elements in cars
  • Interior elements air transport
  • Surface elements
  • Furniture components

We offer ITP specific electronic components for our textile products to satisfy our customer’s preferences. In this way, we create an interface between the textile and the electrical world and enable the future user to easily integrate our systems into existing concepts.


  • Sensor electronics for textile sensor components (temperature, humidity, pressure etc.)
  • Low power sensor systems based on RFID technology
  • Energy harvesting modules, for example for thermal generators
  • Electronics modules for textile heating systems
  • Electronic modules for exposure applications

  • Elektronikentwicklung: Platinenentwurf
  • Elektronikentwicklung: Leiterplatten nach Ätzen
  • Elektronikentwicklung: Flexible Anbindung an textile Bus-Systeme

  • Spacer textiles with flow-through media
  • 3D textiles make up the base material, for example knitted spacer fabrics
  • Medium density surface coating, for example with silicone, aluminium, polyurethane etc.
  • Currently up to 1000 mm in width, 2000 mm in length and 10 mm thick
  • Customer-specific geometries can be realised

  • Beschichtetes Abstandsgewirk
  • Textiles und anschmiegsames Kühlmodul am Arm (Größe: 240 x 200 x 3 mm)
  • Wärmebildaufnahme eines Kühlapplikators (1500 x 1000 x 10 mm)

  • High material flexibility
  • Wide range of applications
  • Chemically resistant
  • Can be disinfected
  • Resistant against brittleness
  • Homogeneous temperature distribution
  • Large temperature ranges
  • High UV resistance

  • Automotive industry
  • Cryotherapy in medical device industry
  • Mobility aids (for example wheelchairs)
  • Clothing
  • Building climatisation, surface cooling systems


The basis for the development of the textile heating systems is the use of different electrically conductive yarn systems.

These yarn systems can be:

  • conductive coated plastic fibres
  • with base yarns enwound with thin metal threads
  • with conductive substances embedded in the spinning process.

ITP manufactures and parametrises these yarns in part.

  • Textiles Heizband - 4-adrig
  • Polymergarn mit integrierten leitfähigen Partikeln
  • Hochleitfähige, stromführende Litze
  • Mit Feindraht umwundenes Garn als stromführende Leitung