{{ name }}
Article no. {{ combinedCodeWithHighlight }}
Article code:
EAN / GTIN:
Manufacturer number:
Cat. Nr.:
3M™ HSR-3000 Heat Shrink Tubing, Polyolefin, Black, 3.0/1.0 mm, 10 m Roll
Article no.: 7000099136
Article code:
Please note the delivery time and limited advice:
We order this item for you directly from the manufacturer, as it is not part of our main range and is therefore not in stock with us.
InfoProduct details
Identification & Classification
| Article number | 7000099136 | |
| EAN / GTIN | 08712403549810 | |
| Manufacturer number | 7000099136 | |
| L-Number | L01310 1124 | |
| Manufacturer/responsible person | 3M DEUTSCHLAND GmbH, Carl-Schurz-Straße 1, 41453 NEUSS, Germany, www.3mdeutschland.de |
Description
Description:
HSR-3000 is a thinwall Polyolefin heatshrink tubing. Shrink ratio is 3:1, min. shrink temperature is 120°C, operating temperature is -55°C to +135°C. HSR-3000 is RoHS compliant, halogen free, PBDE free and provides good chemical resistance. HSR-3000 is a fast shrinking thinwall material and the prefered choice for general purpose electrical applications such as insulating, bundling, marking, mechanical abrasion protection, corrosion protection, strain relief of LV cables, wire termination and electrical connections. Compact mini-reel-format allows individually be cut to customized length. HSR-3000 is available in sizes from 1,5/0,5 mm to 24,0/8,0 mm with a wall thickness (recovered) of 0,45-1,0 mm in various colors black, green/yellow striped, clear, blue, brown, red, white, yellow and grey. Standard packaging in dispenser-box
Advantage:
- Balances electrical, physical and chemical properties for various industrial applications
- Offers shrink-fit protection and strain relief of wires, solder joints, terminals and connections
- Suitable for lightweight wire-harness covering, wire marking, wire bundling and component packaging
- Made of flexible polyolefin
- Withstands temperatures of -55 to 135 degrees C.
- Halogen free rated for 600V applications
Recommendation:
- For electrical isolation and identification of connections