THE alternative to PTFE trackless cables: stranded structure CFCLEAN with e-skin flat

Selection guide for energy supply in cleanroom
 

Further development through e-skin flat and CFCLEAN

• Prototypes from stock
• No minimum order quantity
• Flexible to application changes through simple replacement of CFCLEAN or e-skin flat pods
• Length and width can be changed as required
• Resources-friendly and service-friendly due to easy interchangeability of each individual element

Disadvantages of trackless cables (ribbon cables)

• Long prototype phase, due to complex manufacturing processes
• High prototype costs
• No longer flexibly changeable after completion
• In case of service, the complete trackless cable must be replaced
• Ecologically and economically unsound due to waste of resources in case of damage
   

e-skin flat with stranded elements

• Highly abrasion-resistant welded film to protect the stranded elements and minimise abrasion
• No outer jacket in order to reduce weight and outer diameter
• Extremely flexurally resistant braiding of copper wires with 90% optical coverage for maximum electromagnetic compatibility
• Special TPE insulation for highly dynamic applications
• Special strand structure for maximum service life
   

Trackless cables (ribbon cables)

• Multi-layer jacket that holds individual stranded cores together:
  • Thin PTFE outer film
  • PUR inner layer
  • Thin PTFE outer film
• An enclosed, non-separable system
• Stranded cores are inseparable from each other
• Individual elements not interchangeable, but entire systems