Heat shrink marker, thermal transfer print, ladder-style, 3.2mm/1.6mm, W=50.0mm, white, 1000pcs.
Art.-No. 553-72502
| THTT32DS-1X50WH-PVDFX-WH
|
Details
- Shrink ratio 2:1
- PVDFX high temperature marker
- Thermal transfer or laser beam printable
- 50 mm and 25 mm pre-cut marker options as standard, other lengths available on request
- Available in black and white as standard
- Good mechanical strength and highly flexible
- Delivery in convenient storage boxes
Application | THTT DS is a 2:1 high temperature, flame retardant heat shrink marker. The material is pre-cut and formatted into a convenient "ladder" system that allows printing on both sides of the marker. The printed marker is ideal for use in applications where high temperature and exposure to aggressive solutions are found. The pre-cut format not only allows printing on both sides of the marker but the user can also easily choose and pick each required marker. The tubing has been especially prepared so that the print performance is excellent at all times using HellermannTyton's printer range. The material is also especially formulated to be printable with laser beam printers. |
Application Tool | H6100, TT431, TT4030, TT4030DS |
Colour | White (WH) |
Fixation Method | Suspend |
Material | Polyvinylidene Fluoride cross-linked (PVDFX) |
Pack Cont. | 1000pcs. |
Package Content packed in | Carton |
PART DESCRIPTION | THTT32DS-1X50WH-PVDFX-WH |
Printable | Yes |
Product Family | THTT DS – 2:1 Aerospace High Temperature "Ladder Style" |
Product Group | Shrinkable markers "Ladder Style", thermal transfer |
Short Description | Shrinkable Marker 2:1 (3.2/1.6) 1x50mm white |
Shrink Ratio | 2:1 |
Variant | Roller form |
With label space | Yes |
Dielectric Strength | 20kV/mm |
Dielectric Strength test method | ASTM D2671 |
ELV compliant Dir. Art. 4 (2) | YES |
Hazardous Goods | No |
Minimum Shrink Temperature - °C | +120 °C |
Operating Temperature | -55 °C to +225 °C |
Recommended Ribbon Type | TTRHT |
Reel Variant | ladder-style |
Specifications | |
Specifications | MIL-STD-202G Method 215K, SAE - AS81531 |