Why Choose the Partex ECHS2508GREEN 2:1 Heat Shrink Tubing?
The Partex ECHS2508GREEN is a versatile green heat shrink tubing designed for electrical insulation, cable protection and wire identification in industrial and commercial electrical installations. Featuring a 2:1 shrink ratio, the tubing reduces from a nominal supplied internal diameter of 50.8 mm to approximately 25.4 mm when correctly heated, providing a close-fitting protective covering around suitably sized cables and electrical components.
As part of the Partex ECHS heat shrink tubing range, this product provides a practical solution for insulating conductors, protecting electrical connections and organising cable assemblies. Its distinctive green colour supports visual identification and colour-coded cable management, making it particularly useful for control panel wiring, cable harness preparation and industrial automation installations.
Supplied in a convenient 30 m pack, the ECHS2508GREEN is ideal for electrical contractors, control panel builders, OEM manufacturers and maintenance engineers requiring heat shrink sleeving for installation and assembly work. Its larger 50.8 mm supplied diameter makes it particularly useful for covering larger cables, cable bundles and suitably sized electrical connections. The tubing can be cut to the required length and installed using a suitable heat gun.
Key Advantages
- Versatile 2:1 heat shrink tubing designed for electrical insulation and cable protection.
- 50.8 mm supplied internal diameter shrinking to approximately 25.4 mm.
- Green colour supports visual identification and colour-coded wiring systems.
- 30 m pack length suitable for electrical workshops and industrial assembly work.
- Suitable for covering larger cables, cable bundles and appropriately sized electrical connections.
- Provides an additional insulating layer around suitable conductors and electrical components.
- Helps protect wiring against abrasion, handling damage and general mechanical wear.
- Flexible cut-to-length format supports efficient installation and reduces unnecessary material waste.
Key Features
- Partex ECHS heat shrink tubing range.
- 2:1 nominal shrink ratio.
- 50.8 mm nominal supplied internal diameter.
- 25.4 mm nominal recovered internal diameter.
- Green identification colour for cable management and wiring organisation.
- 30 m pack quantity.
- Heat-activated shrinking provides a close-fitting protective sleeve.
- Suitable for electrical insulation and cable harness protection.
- Can be cut to the required length for individual wiring applications.
- Suitable for use in electrical control panels, machinery and industrial cable assemblies.
Reliable Cable Insulation and Identification
Heat shrink tubing provides a practical method of insulating electrical conductors, covering suitable cable joints and protecting wiring assemblies. When controlled heat is applied, the tubing contracts around the underlying cable or component, creating a neat, closely fitted sleeve that helps reduce exposure to abrasion and general handling damage.
The Partex ECHS2508GREEN combines a practical 2:1 shrink ratio with a distinctive green finish, making it suitable for professional electrical installations where cable protection and clear wiring identification are important. Its nominal 50.8 mm supplied diameter and 25.4 mm recovered diameter provide flexibility when covering appropriately sized larger cables, cable bundles, connections and components. Green sleeving can support colour-coded identification where this colour is permitted by the applicable wiring standards and installation identification scheme.
Typical Applications
- Electrical cable and wire insulation.
- Industrial control panel wiring and assembly.
- Colour-coded cable identification and organisation.
- Protection of larger cable harnesses and cable bundles.
- Covering suitable electrical connections and wire terminations.
- Industrial automation and machinery wiring.
- Electrical maintenance, repair and refurbishment.
- OEM electrical equipment manufacturing and workshop assembly.
