Alternate color or configuration shown Brady THT-3-423-10 printer label White Self-adhesive printer label Brady THT-3-423-10. Product color: White, Label type: Self-adhesive printer label, Material: Polyester. Labels per sheet: 3 pc(s), Labels per roll: 10000 pc(s) Manufacturer: Brady SKU: 6786136 Manufacturer part number: THT-3-423-10 GTIN: 0662820301066 $165.99 Qty: Add to cart Custom wishlist OK Add to wishlist Add to compare list Email a friend Permanent Polyester (B-423) is ideal for electronic PCB and component identification, bar code labels, rating plates and solar panel identification. Glossy white finish with permanent acrylic is thermal transfer printableUL approved;CSA acceptedMeets requirements of a halogen-free material per DIN VDE 0472 part 815Service temperature of -94 to 230° F (-70 to 110° C)A ribbon is required to print this material. Use Part Number IP-R6002 for the BradyPrinter i5100 or BRADY IP® Series Label Printer; use R6002 for a different printer Overview Specifications Contact Us Permanent Polyester (B-423) is ideal for electronic PCB and component identification, bar code labels, rating plates and solar panel identification. Glossy white finish with permanent acrylic is thermal transfer printableUL approved;CSA acceptedMeets requirements of a halogen-free material per DIN VDE 0472 part 815Service temperature of -94 to 230° F (-70 to 110° C)A ribbon is required to print this material. Use Part Number IP-R6002 for the BradyPrinter i5100 or BRADY IP® Series Label Printer; use R6002 for a different printer Products specifications Attribute name Attribute value Labels Per Sheet 3 pc(s) Material Polyester Shape Rectangle Adhesive Type Permanent Labels Per Roll 10000 pc(s) Label Type Self-adhesive printer label Adhesive Material Acrylic Rolls per pack 1 Finish type Gloss Water-resistant Y Heat-resistant Y Ultraviolet (UV) resistant Y Technical details Product color White Operational conditions Operating temperature (T-T) -70 - 110 °C Features Compatible products IP-R6002, R6002 Performance Print technology Thermal transfer