Our know-how is your advantage

Full creativity from experience: We are competent in consulting, reliable in analysis, strong in implementation and innovative. And connected to a network of specialists: We convince you with our competence in the acquisition and offer you with our competence.

Together with you and for you, we develop solutions that meet your needs. Through the production of sample parts and joint tests for suitability, we show you what we mean by "competence acquisition".

Know-how

Textile heating elements

Our textile heating elements can be operated with a voltage of 1 volt to 400 volts, this can result in a heat development of up to 450°C. Unlike woven or knitted fabrics, our textile heating elements can be designed so that the heat is generated where it is actually needed.

Features of textile panel heating

Voltage range ; Power: 1 – 400 Volt / DC + AC ; bis 10.000 W/m²
Temperature range: up to 450°C
Maximum L;W;H: 1800mm ; 1000mm ; 1mm - 300mm (depending on material)
Contact types: Crimping technology, soldering technology, welding technology
Electrical connection: Single wires, cable, plug contacts
Temperature control: Bimetallic controller, fuse, electronic regulation
Base materials: e.g. cotton, polyester, nomex, aramid, glass fiber, silicone, etc....
Sewing thread: Cotton, polyester, nomex, aramid, various blends e.g. steel-nomex
Heating conductor: Copper, constantan, stainless steel, various alloys
Insulation of the heating conductors: Lacquer up to 180°C, PVC, PU, PTFE, Textile E-Glass, Textile Quartz
Features: Resistance to acid, beta- gamma rays and X-rays, high flexibility, high conformability
Mounting, fastening: Self-adhesive, hooks, eyelets, textile adhesive, velcro, silicone adhesive

Fiber laying

A variety of methods are known for reinforcing textile fiber composites, a variety of processes are known. These textile constructions can be woven, knitted, knitted or braided. In addition, there is now a completely new process, the "laying" of fiber composites, which is used by us.

Advantages of TFP technology

  • Reproducibility +/- 0.mm
  • Locally different fiber orientations
  • Nearly waste free
  • Very good drapeability
  • Good handling and compact components

Textile sensors

We manufacture textile sensors entirely according to your needs. Whether moisture, touch, stretch or pressure. Textile can do a lot!

Properties of textile sensor technology

Voltage ranges: 1 – 400 Volt / DC + AC
Operating temperature: -60°C bis +300°C
Maximum L;W;H: 1800mm ; 1000mm ; 1mm - 300mm (depending on material)
Contact types: Crimping technology, soldering technology, welding technology, push button, conductive pastes
Electrical connection: Single wires, wire, plug contacts, embroidered traces
Base materials: e.g. cotton, polyester, nomex, aramid, glass fiber, silicone, etc....
Sewing thread: Cotton, polyester, nomex, aramid, various blends e.g. steel-nomex
Conductor material: Copper, constantan, stainless steel, various alloys, fiber, optical fiber
Features: Resistance to acid, beta- gamma rays and X-rays, high flexibility, high conformability, resistant to washing, stable to bending cycles
Areas of application: Fatigue fracture prediction / strain measurement / detection of frequencies / humidity / textile switches / temperature measurement / level indicator.

Not only we are convinces fascinated enthusiastic of our products...

Over 30,000 heating elements left our Pfullingen plant in 2020 to our great customers.