| Attribute | Value |
|---|---|
| Product Category: | |
| Manufacturer: | TE Connectivity | Raychem |
| Manufacturer Part Number: | TE Connectivity | Raychem NT-MIL-1/2-0-SP |
| Color: | Black |
| Material: | Chlorinated Polyolefin |
| Shrink Ratio: | 1.75:1 |
| Shrink Temperature: | 135 °C |
| Operating Temperature Range: | -70 - 121 °C |
| Product: | Heat Shrink Tubing |
| Recovered Diameter: | .287 in, 7.3 mm |
| Expanded Diameter: | 12.7 mm, .5 in |
| Part Aliases: | C32412-000 |
| SKU: | RYCNT-MIL-1/2-0-SP |
NT-MIL-1/2-0-SP
| ICC Number: | RYCNT-MIL-1/2-0-SP |
| Manufacturer: | TE Connectivity | Raychem |
| Manufacturer Number: | NT-MIL-1/2-0-SP |
| Datasheet: | Catalog Section |
| ECAD Model: |
Specifications
Detailed Description
NT-MIL-1/2-0-SP is a high-quality heat shrink tubing designed for reliable wire and cable protection in demanding environments. Made from black Chlorinated Polyolefin, this tubing offers a 1.75:1 shrink ratio, ensuring a tight and secure fit around cables. With a shrink temperature of 135 °C and an operating temperature range of -70 to 121 °C, it provides excellent thermal and insulation properties. RoHS compliant and with a recovered diameter of .287 inches (7.3 mm) and expanded diameter of .5 inches (12.7 mm), it is suitable for a wide range of applications. Also known as C32412-000, this heat shrink tubing is in stock and ready for immediate shipping. Trust NT-MIL-1/2-0-SP for your abrasion protection needs.
Product Change Notice
| Effective Date | Description of Change | Download | |||
|---|---|---|---|---|---|
| 05/07/2024 | P-24-026152 - NAVAIR Update. Our current M23053/1 deliveries are affected by a vendor forced change to one of the resins used in the raw material. We have tested and confirmed that the new compound meets internal testing requirements and are submitting testing to NAVAIR for qualification approval. There has not been an escape of this material. Currently, we cannot ship under M23053/1 NT-MIL tubing under standard part numbers before we have the DoD qualification and release on the reformulated compound. We believe this could be a 6-month timeline, but that will depend on the DoD. | Download | |||

