Brady B-502 Polymer Coated Cloth Tape is a permanent rubber adhesive tape with good smudge, oil and water resistance, suitable for labeling and marking applications requiring a write-on or dot matrix printable surface.
Material Composition
Polymer Coated Cloth
Adhesive System
Permanent Rubber
Operating Temperature
-40°C to 80°C (-40°F to 176°F)
Total Thickness
9.6 mils (0.244 mm)
Flexible Nylon Cloth
B-502 Application & Installation Blueprint
Repositionable Nylon Cloth & DIN Rail Label • Physical application tolerances and surface engineering
Industrial Fit Certified
Installed in real-world industrial environment
Conformable Cloth Wire & Terminal Marking
1Wrap tightly around wire leads or press firmly across DIN terminal block rows.
2Flexible woven cloth matrix conforms seamlessly to irregular cable curves with zero flagging.
3Can be cleanly removed and repositioned during cabinet wiring changes without leaving sticky residue.
Engineering Tolerance: High-conformability woven polyamide coating grips tight wire curves without flagging or memory spring-back.
Substrate Compatibility & Adhesion Matrix
Terminal Block Rows (Phoenix/WAGO)
High Grip (5/5)
Multi-Conductor Cable Bundles
No Flagging (5/5)
DIN Rail Relay Sockets
Clean Removal (4.8/5)
Patch Panel Wire Flags
High Conform (5/5)
Tested Environmental Survivability
High Flexibility & No FlaggingClean RemovabilityMild Solvents & OilCabinet Temperatures (-40°F to 194°F)
Verified technical answers on physical adhesion, temperature thresholds, ribbon pairings, and replacement standards for B-502.
Brady B-502 is a high-performance Polymer Coated Cloth designed specifically for rating plates, asset tags, and industrial equipment identification. It features a Permanent Rubber engineered for long-term industrial reliability in environments requiring -40°C to 80°C (-40°F to 176°F) performance.
Brady B-502 is rated for continuous service temperatures from -40°C to 80°C (-40°F to 176°F). In laboratory heat-aging tests, it maintains dimensional stability and barcode contrast across broad thermal cycles.
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