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Labels for Safety, Visuals and Facility ID Desktop Printers
Labels for Product, Wire and Lab ID Benchtop Printers
Ex: M210, 99048, SDPL-RED-38ST-KD6
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Safety and Facility ID Desktop Printers
Product, Wire and Lab ID Benchtop Printers
Barcode Scanners and RFID Readers
PaintStripe Floor Marking Stencils
Valve Lockouts & Hose Lockouts
Group Lock Boxes & Permit Control
Brady Safety Lockout Tagout Services
- Confined Space Signs
- Construction Site Signs
- Electrical and Arc Flash Signs
- First Aid Signs
- Forklift and Warehouse Safety Signs
- Lockout Tagout Signs
- Machine Operation Signs
- Maintenance Signs
- Marine and IMO Signs
- Personal Protection (PPE) Signs
- Radiation and Laser Signs
- Safety Awareness and Compliance Signs
- Slip, Trip and Floor Obstacle Hazard Signs
- Blank Pipe Markers
- IIAR Ammonia Pipe Markers and Components
- Pipe Markers for Acids and Bases
- Pipe Markers for Air and Ducts
- Pipe Markers for Fire Systems
- Pipe Markers for Gases
- Pipe Markers for Maintenance and Operation
- Pipe Markers for Oil
- Pipe Markers for Other Liquids
- Pipe Markers for Steam
- Pipe Markers for Water
Pipe Marker Accessories & Mounting Brackets
Maintenance and Production Tags
Calculators and Assessment Tools
Product Finders and Data Sheets
- Confined Space Compliance
- NFPA 704 Diamond Guide
- GHS Hazard Statements
- GHS Label Requirements
- GHS Precautionary Statements
- GHS Signal Words
- Proposition 65 FAQ
- What is OSHA Compliance?
- Top 10 OSHA Violations
- GHS Secondary Container Labeling
- Lockout Tagout Procedures Audit
- OSHA vs. ANSI
- DOT Reflective Tape Requirements
- View All
Product spotlight: crisp resolution for the smallest of labels
The shrinking printed circuit board, paired with the desire to add more information to barcode labels used for product traceability, has introduced a new challenge — the need for a small barcode label that remains decodable at the smallest of font sizes.
The barcode or alphanumeric identification must also be able to:
- Withstand the extreme environments for printed circuit board and electronic component manufacturing and assembly
- Be laser marked without creating soot
- Be compatible with auto-dispensing applications
Brady B-734 matte white laser markable polyimide material is a non-sooting option ideal for difficult-to-survive conditions, including high-temperature reflow steps for surface-mount technology and washing steps that limit the use of traditional thermal heat transfer print.
Our laser markable labels, which includes B-734, are designed to withstand high temperatures, harsh chemicals and environment production processes making them the most durable, permanent label identification in the entire Brady portfolio.
Technical Data Sheet: Brady B-734 Matte White ESD Laser Markable Polyimide
Key performance attributes:
Abrasion resistance
Tested using Taber Abraser equipment with CS-10 grinding wheels and weighted arms. No effect to label or printed image after 100 cycles.
High heat resistance
Resistance to 266°F (130°C). Labels were subjected to a range of temperatures for 1,000 hours with only a very slight discoloration of the label and no visible effect to the printed image, while label remains functional.
Low temperature resistance
Labels subjected to -94°F (-70°C) for 1,000 hours with no visible effect, while label remains functional.
Adhesion capabilities
Adheres to stainless steel and epoxy PC board.
Regulatory and agency approvals:
UL Recognized to UL969 Labeling and Marking Standard when marked with an infrared laser
RoHS compliant to RoHS Directive 2011/65/EU
Common variations:
- Gloss: Brady B-732A white gloss laser markable polyimide
- Electrostatic Dissipative Gloss: Brady B-733A white gloss ESD laser markable polyimide
- Electrostatic Dissipative Matte: Brady B-735 white matte ESD laser markable polyimide
Seeing is believing
Request a free sample to see just how well our labels stand up to your biggest workplace challenges