Brady TMM-COL-LB Solid NEMA Color Wire Marker Card, Blank, Light Blue, 108/Card
- EIS #BRATMMCOLLB
- UPC #66282090522
$661.26 / 100Card
Pack: 108/Card
Available to Order
Min QTY1QTY Increment1
more info
Pack108/Card
Made of B-702 low profile glossy vinyl-coated polyester, our TMM series wire markers are resistant to oil and mild solvents. Their high adhesion properties make them perfect for machine tool labeling. Card-mounted wire markers are sold as individual characters or as consecutive numbers and letters. Brady vinyl-coated polyester wire markers are made with a permanent adhesive and a gloss finish and printed with legend. TMM series wire markers are resistant to oil and mild solvents.
Features
- Brady B702 is a flexible film tape with a white vinyl topcoat and a high tack rubber based pressure-sensitive adhesive
- Bray B702 is an excellent wire marker material for applications requiring good resistance to solvents and oils
- Brady B702 has excellent flexibility, which makes it suitable for wrapping on thin gauge wire
- The tape also has low profile when wrapped on wires
- Temperature Rating: -40 to 212 °F
- Brady B702 is a flexible film tape with a white vinyl topcoat and a high tack rubber based pressure-sensitive adhesive
- Bray B702 is an excellent wire marker material for applications requiring good resistance to solvents and oils
- Brady B702 has excellent flexibility, which makes it suitable for wrapping on thin gauge wire
- The tape also has low profile when wrapped on wires
- Temperature Rating: -40 to 212 °F
- Flexible, solid NEMA color
Applications
- For Machine Tools
General Information
| Item Name | Wire Marker Card |
| Series | B702-TMM |
General Features
| Shelf Life | 24 Months |
Design & Construction
| Adhesive | Pressure Sensitive Rubber |
| Legend | Blank |
| Legend/Background Color | Light Blue |
| Material | Vinyl |
| Print Technology | Pre-Printed |
Physical Properties
| Length | 0.5 Inch |
| Thickness | 0.0022 Inch |
| Width | - |
Environmental Condition
| Temperature Rating | -40 to 212 °F |
Documents
No Documents Found