BRADYB -7351 is a thermal transfer printable tamper-resistant white vinyl label stock with an acrylic adhesive, designed to fracture easily upon removal and resist product tampering.
Standardized laboratory test data measured in accordance with ASTM D 1000, ASTM D 2979, and ASTM D 2671.
Physical Property
Test Method
Standard Test Units (US)
Metric Units (SI)
Thermal Transfer Ribbon Compatibility
Official Brady recommended ribbons engineered for maximum contrast, smear resistance, and UL certification compliance.
Recommended Thermal Transfer
Non-printable hardware, tag, or pre-printed material.
* Note: Testing print permanence with official Brady ribbons is required to maintain UL/CSA agency certification on printed labels.
Chemical & Solvent Resistance Matrix
Standardized dip and rub immersion test observations across industrial fuels, oils, solvents, and cleaners.
Tested per ASTM D 895 / Brady standard dip & rub immersion.
Chemical Reagent / Solvent
Substrate / Adhesive Effect
Thermal Ribbon Permanence
Gasoline
Tested
Tested
Environmental & Aging Durability Testing
Environmental Exposure Condition
Observation & Legibility Result
7351 is a thermal transfer printable tamper-resistant white vinyl label stock with an acrylic adhesive, designed to fracture easily upon removal and resist product tampering.
## Verified specifications
- Adhesive
Acrylic
Service temperature
-40 to 100 °C
Verified Target Applications & Use Cases
Industrial rating plates, asset identification, and electrical component labeling.
Verified technical answers on physical adhesion, temperature thresholds, ribbon pairings, and replacement standards for B-7351.
Brady B-7351 is a high-performance Tamper- ResistantVinylFinish:SatinAdhesive:Acrylic designed specifically for rating plates, asset tags, and industrial equipment identification. It features a Acrylic engineered for long-term industrial reliability in environments requiring -40°C to 100°C (-40°F to 212°F) performance.
Brady B-7351 is rated for continuous service temperatures from -40°C to 100°C (-40°F to 212°F). In laboratory heat-aging tests, it maintains dimensional stability and barcode contrast across broad thermal cycles.
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