CCB Heatshrink Adhesive Breakout Boots
Our CCB Heat Shrink Breakout Boots are made from a Robust, Cross-Linked Polyolefin. These High-Grade Breakout Boots offer superior mechanical protection and excellent strain relief. With their innovative adhesive lined interior; CCB Breakout Boots offer a long-lasting watertight seal. Perfect for cable jackets & conduit!
- Adhesive liner provides complete environmental protection and insulation
- Strain relief and mechanical protection
- Resistant to common fluids and solvents
- Make overhead installation and cable transport easier.
- Requiring no special tools or skills, installation is completed within minutes by simply heating the breakout
Various Boots Sizes & Ways! Thermoplastic Adhesive Liner! Offers COMPLETE Protection & Insulation!
Various Sizes & Quantities available.
Heatshrink breakout boots are made of tough, crosslinked polyolefin to provide good mechanical protection and strain relief. CCB breakout boots have an adhesive coating inside the body and the legs to form a durable watertight seal, and shrink tightly to conduits and cable jackets. Ideal for use on poly or elastomeric insulated/jacketed multiconductor cables or cables in metal or plastic conduits.
Features & Benefits
- Boots for 2, 3, 4, 5 and 6 way cable breakouts
- Strain relief and mechanical protection
- Resistant to common fluids and solvents
- The thermoplastic adhesive liner provides complete environmental protection and insulation
- Also available as anti-track medium voltage breakouts & as conductive breakouts
- Continuous Operating Temperature: -55°C to 100°C
- Shrink Temperature: 135°C
Printability
- Hot Stamp - Excellent
- Ink Jet - Excellent
- Offset - Excellent
Other sizes may be available on request, pending availability. Please contact us on +44(0)1942 723101 or [email protected] for further information.
| Quick Search Code | 104662 |
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Thermoplastic Adhesive Liner provides complete environmental protection & insulation.
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Resistant to common fluids & solvents.
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Superior strain relief and mechanical protection.
| Property | Test Method | Typical Performance |
|---|---|---|
| Physical | ||
| Tensile Strength | ASTM-D 638 (M) | 10,0 MPa min. |
| Elongation | n ASTM-D 638 (M) | 300% min |
| Hardness | Internal | 40 Shore D min. |
| Tensile Strength after thermal aging (120°C, 168 hrs) |
ISO - 188 | 9 Mpa min. |
| Elongation after thermal aging (120°C, 168 hrs) |
ISO - 188 | 250% min. |
| Water absorption | ISO-62 | 1% max. |
| Dielectric Strength | IEC - 243 | 12 kV/mm |
| Dielectric Constant | IEC - 250/ASTM-D150 | 5 max. |
| Resistance to tracking | ASTM-D 2303 | N/A |
| Volume Resistivity | IEC 93 | 10^12 x cm |
| Flammability | ESI 09-13 | Non flame retardant |
| Raw Material | ||
| Tensile Strength | ASTM-D 638 (M) | 10 MPa min. |
| Dielectric Strength | ASTM-D 638 (M) | 300% min. |
| Hardness | ASTM-D 2240 | 40 Shore D min |
