Cable marker accessories are designed to help you use cable marker devices effectively. Typically cable markers can be made out of of cloth, nylon, polyester, steel, or vinyl.
Types of cable markers
Dot matrix labels are designed specifically for use with a printer known as a dot matrix.
Self-laminating labels have a clear section that laminates to protect the printed area of a label from exposure to contaminants like oil and water.
Thermal printers use thermal transfer ribbons to make wire markers such as tags and wraps.
Accessories
Embossing tape
Embossing tape is made for labelling jobs in the factory or on-site to provide easy and permanent cable identification. The tape helps in the marking process to make a permanent, deep surface mark which is resistant to weather extremes, high levels of UV light and corrosion.
Label printer cleaning pens
Cleaning pens are used to clean across the entire print head surface, irrespective of the type of label printing material used.
Description:
Brady B-499 Nylon Cloth Marking Labels B-499 Nylon
cloth marker labels are designed with a firm adhesive offering excellent holding power in various harsh environments Features and Benefits Nylon cloth material For use with BMP61 and BMP71 printers. B-499 Nylon ...
Description:
BMP61 Self-Laminating Labels Self laminating labels feature a
clear non-printable area that wraps around the cable which also serves as an over laminate to protect the printed text Features and Benefits Available in various colours Vinyl material Resistance to abrasion, ...
Description:
BMP71 Heatex Cable Marker The Brady Heatex™ cable
markers contain no added halogens and offer excellent fire safety characteristics combined with minimal smoke emission These cable markers are suitable for the Datacom and Electrical Industry in applications such as Panel ...
Description:
Fleximark Acid-proof Labelling System The Fleximark Acid-Proof system
is mainly intended for sure, long lasting marking of cables and components in electronic equipment and installations with high temperatures and in environments where traditional plastic labelling does not meet the demands ...
