83280292 LAPP FLEXIMARK® cable detectable labels

proceeds

• The material contains metal particles detectable by X-ray or magnetic detectors.
  If a label accidentally enters the food production line, it can be more easily located. This avoids costly line stoppages.
• The use of these products in the implementation of the HACCP (Hazard Analysis Critical Control Point) concept in the food industry
• The thermal transfer printing process generates durable labels, resistant to erasure, scratches, aggressive media, microorganisms and oils.
• Resists temperatures up to +115 °C in a timely manner and is resistant to hydrolysis, an important property in cleaning processes with hot water or steam
• Flexible material allows easy assembly with 1 or 2 detectable flanges

Scope of use

• For the identification of unipolar cables, multiconductors and components in demanding industries. Typical fields of application are the food industry and packaging facilities
• Printable with FLEXIMARK thermal transfer printers®
• Printable with FLEXIMARK® 11.0 software
• Suitable for outdoor use

Reference Standards / Approvals

• Fire behavior: UL94 HB
• Pursuant to FDA 21 CFR – GRAS (Generally Recognized as Safe) and therefore "generally recognized as safe." Quality standard for the food and beverage industry in North America
• In accordance with Regulation (EU) No 10/2011 on plastic materials and articles, especially for the food and beverage industry in Europe

Notice

• In blue color allows an easy differentiation of food products
• Recommended ribbons:
  Black font color: FTI-HX105-300 BK (reference 83260203),
  White font color: FTI-X-CO-110x300 WH (reference 83260264)

Scope of delivery

• Delivered in the form of a roll of labels

ETS Classification 5

• ETIM 5.0 Class-ID: EC001530
• ETIM Class 5.0 Description: Cable Coding System

ETTIM Rating 6

• ETIM 6.0 Class ID: EC001530
• ETIM 6.0 Class-Description: cable marking system

Material

• Halogen-free polyurethane (TPU)

Temperature range

• -40°C to +105°C
• They can also resist +115 °C for a short period of time