Heat shrinkable tubing, adhesive lined - 1.2 m length
Art.-No. 317-51200
| TA30 12/4-PO-X-BK
|
Details
- Moisture protection and environmemtal sealing
- For harnesses, connectors and ultra sonic splices
- Flame retardant and adhesive lined shrink tubing
Package size
You have selected a different package size. The displayed product may differ slightly from the original product. You can see possible differences here in comparison.
Request your individual offer now
Request quote
More products in this product group:
Application | TA30 is a flexible and flame retarded Polyolefin heat shrink tubing designed for the commercial market. The adhesive in the tubing is designed to provide environmental sealing (moisture protection) in back-end connectors, ultra-sonic splices and wire break out applications. |
Behaviour At Low Temperature | not cracking |
Behaviour at Heat Shock | not cracking, not dripping, not fluid |
Colour | Black (BK) |
Heat Aging Test | 168h/175°C |
Heat Aging test method | SAE-AS23053 |
Heat Shock Test | 4h/225°C |
Heat shock test test method | SAE-AS23053 |
Material | Polyolefin, cross-linked (PO-X) |
PART DESCRIPTION | TA30 12/4-PO-X-BK |
Pack Content | 75m |
Package Content packed in | lengths |
Printable | No |
Product Family | TA30 thin wall, 3:1 shrink ratio |
Product Group | Heat shrinkable tubing, adhesive lined - 1.2 m length |
Shrink Ratio | 3:1 |
Type | TA30 12/4 |
Variant | Thin-Wall |
With inner glue (Yes/No) | Yes |
Adhesive | Hot melt adhesive |
Dielectric Strength | 11.8kV/mm |
Dielectric Strength test method | ASTM D2671 |
Elongation at break |
|
Elongation at break test method | ASTM D638 |
Flammability | ASTM D2671 B |
Halogen-free | No |
Min. Shrink Temperature - °C | +110 °C |
Operating Temperature | -55 °C to +110 °C, (outer wall only) |
ROHS compliant | Yes |
Specifications | |
Tensile Strength | 16MPa |
Test Method Tensile Strength | ASTM D638 |
UL Listed (US and Canada) | No |
UL Recognized (US and Canada) | No |
Volume Resistance | 10¹³ Ω cm |
Volume Resistance test method | ASTM D876 |