Brady B-342 PermaSleeve® PS Wire Marker Sleeve, MFR ID B-342-PS
MFR #:B-342-PS
EIS #:PH20-B-342-PS
MFR #:B-342-PS
EIS #:PH20-B-342-PS
Brady's PermaSleeve heat shrinkable sleeves fit snugly around wires for maximum insulation protection and permanent identification. The full-circle insulating sleeves meet the rigid insulating material requirements and physical properties of MIL-DTL-23053/5 Class 1, MIL-M-81531, MIL-STD-202F, METHOD 215 and UL224 when printed with R5000 dot matrix and R4300 and R4502S (for black sleeves only) thermal transfer ribbons. These fade resistant, smudge-proof sleeves can be used on with Brady's sleeve and Datab printers, as well as thermal transfer printers. - PermaSleeve PS polyolefin wire marking sleeves (B-342) 1-sided, 3:1 shrink ratio, heat shrinkable sleeve fits snuggly around wire for identification and protection. These fade resistant, smudge-proof sleeves can be used on with Brady's sleeve and Datab printers, as well as thermal transfer printers. The full-circle insulating sleeves meet the rigid insulating material requirements and physical properties.
$385.32
- $5,061.83
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Brady's PermaSleeve heat shrinkable sleeves fit snugly around wires for maximum insulation protection and permanent identification. The full-circle insulating sleeves meet the rigid insulating material requirements and physical properties of MIL-DTL-23053/5 Class 1, MIL-M-81531, MIL-STD-202F, METHOD 215 and UL224 when printed with R5000 dot matrix and R4300 and R4502S (for black sleeves only) thermal transfer ribbons. These fade resistant, smudge-proof sleeves can be used on with Brady's sleeve and Datab printers, as well as thermal transfer printers. - PermaSleeve PS polyolefin wire marking sleeves (B-342) 1-sided, 3:1 shrink ratio, heat shrinkable sleeve fits snuggly around wire for identification and protection. These fade resistant, smudge-proof sleeves can be used on with Brady's sleeve and Datab printers, as well as thermal transfer printers. The full-circle insulating sleeves meet the rigid insulating material requirements and physical properties.