Fibres for electrically conductive fabrics and antistatic materials

• Reproducibility of electrical properties
• Long-term stability
• Continuously variable adjustment of electrical resistance, enabling regulation of the functional effect
• Good textile processing capability with conventional textile technologies
• Environmental friendly (manufactured from renewable resources in a closed material cycle)
• Cellulosic matrix offers dimensional stability and flexibility at high temperatures (up to 100 degrees Celsius)

Application fields

• Antistatic textiles and plastics
  • Protective clothing
  • Carpets
  • Grounding components
  • Explosion protection
  
  
  
• Heating textiles and heating plastics
  • Ensures homogeneous heat distribution and uniform heat dissipation across the entire surface to be heated (no hot spots)
  
  
  
• Humidity sensors
  
  Detection of:
  • Water in gaseous media (humidity)
  • Liquids (emergency breakdown circuits in tank and conduit systems)
  • Water in solids (residual moisture in concrete and floor screed)
  • Water in liquids (presence of water in alcohol)
    
    

spools

Phone: 0049 3672 / 379 241
Fax: 0049 3672 / 379 379
Email: niemz(a)titk.de

Mr. Dr. Frank Meister
Head of the Chemical Research Department
Phone: 0049 3672 / 379 200
Fax: 0049 3672 / 379 379
Email: meister(a)titk.de

Thuringian Institute of Textile
and Plastics Research
Breitscheidstraße 97
07407 Rudolstadt
Germany
email: info(a)titk.de
phone: 0049 3672 / 379 0
fax:  0049 3672 / 379 379

diagram resistor