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Heat shrinkable sleeves for wire and cable identification
Heat shrinkable sleeves are designed to meet the wire and cable marking needs of manufacturers with high performance requirements. Made from durable, radiationcrosslinked heat-shrinkable polyolefin can be used in a wide variety of applications. The marks are permanent immediately after printing and remain legible even when exposed to abrasion, aggressive cleaning solvents. Both 2:1 and 3:1 shrink ratios are available. The 2:1 products provide a thick, rugged sleeve wall and are particularly easy to handle. The lightweight 3:1 products provide extremely fast shrinking and cover a wider range of wire diameters, thus simplifying inventory. The marker sleeves are designed to be printed by computer-driven dot matrix or thermal transfer printers, providing several advantages in terms of reduced errors, cycle time and cost. Supplied in a thin, flat “ladder” format, the sleeves are held horizontally between two hole-punched polyester strips. This configuration feeds directly from the storage box into a printer. Tyco-recommended ribbons should always be used. The ladder format provides automatic kitting of the marker sleeves in the desired sequence. A standard heat gun with reflector is used to shrink the sleeves onto the wire or cable. |
| Product | Description | Operating Temperature | Printer Type | |
|---|---|---|---|---|
| RPS-ReadyPrint | Heat-shrinkable commercial identification markers | -30°C ÷ 105°C |
jehličková, termotransfer (dot-matrix & thermal transfer) |
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| TMS-SCE | Heat-shrinkable identification markers | -55°C ÷ 135°C |
jehličková, termotransfer (dot-matrix & thermal transfer) |
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| TTMS | Flat heat-shrinkable identification tubing | -55°C ÷ 135°C |
jehličková, termotransfer (dot-matrix & thermal transfer) |
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| HT-SCE | High-temperature, Heat-shrinkable marker sleeves | -55°C ÷ 200°C |
jehličková, termotransfer (dot-matrix & thermal transfer) |
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| ZH-SCE | "Zero-halogen" Heat-shrinkable sleeves | -55°C ÷ 135°C |
jehličková, termotransfer (dot-matrix & thermal transfer) |