Electriduct 2 in Flame Retardant Split Wire Loom Tubing - 50 ft

In this review the Electriduct 2 in flame retardant split wire loom earns a recommendation for installers and DIYers who need durable, heat-resistant protection for cable bundles. The single biggest reason to buy is its combination of a true 2 in diameter split design and flame-retardant construction, which makes routing and protecting existing harnesses quick while also lowering ignition risk in demanding environments. The review draws on material specs and user feedback noting sturdiness, ease of installation, and reliable shape retention.

Key Features

• 2 in Diameter: The measured inside diameter of 1.969 in gives predictable fit for cable bundles when you measure the bundle outside diameter first.
• 50 ft Length: A long continuous length reduces joins and lets you run multiple sections without frequent splices, simplifying long harness jobs.
• Flame retardant: Constructed with materials rated V2 to UL-94 and a continuous operating range from -40 F to 275 F, it reduces ignition risk and slows flame spread.
• Split corrugated design: The split and corrugated profile lets installers add or remove cables over existing wiring for troubleshooting or upgrades without disassembly.
• Chemical and abrasion protection: The polypropylene tubing resists abrasion, vibration and many chemicals, keeping engine and industrial harnesses intact.
• Made in Canada: The country of manufacture provides traceability and consistent build quality for professional applications.

Who It's For

The Electriduct 2 in split loom is best for automotive and marine technicians, industrial maintenance crews, and serious DIYers who need a durable conduit that resists heat and abrasion while remaining serviceable. It suits projects where existing wiring must be protected and accessed without cutting or replacing the entire harness.

Those who should look elsewhere include users who need a smaller or larger diameter than the stated inside diameter, or who require fully sealed conduit for underwater submersion; this split corrugated tubing is designed for protection and serviceability rather than watertight encapsulation.

Pros & Cons

Pros

• High perceived quality and sturdiness, with customers reporting it holds shape and survives engine bay heat without melting.
• Easy installation thanks to the split design and corrugation, allowing retrofits and repairs without major disassembly.
• Wide temperature tolerance and flame-retardant rating provide extra safety in harsh environments.
• Long 50 ft length reduces the need for splicing and multiple purchases on larger runs.

Cons

• Not intended for watertight or fully submersible applications, so seal-specific solutions are required where ingress protection is critical.
• Users must measure cable bundle outside diameter to ensure a proper fit, which adds a small planning step.

Specifications

Size	2 in diameter (I.D. 1.969 in / O.D. 2.285 in)
Length	50 ft
Color	Black
Material	Flame-retardant polypropylene
Temperature Range	-40 F to 275 F continuous
Flammability Rating	V2 according to UL-94
Manufactured	Made in Canada

Our Verdict

The Electriduct 2 in flame retardant split wire loom is a practical, value-oriented choice for anyone protecting wiring in engines, boats, aircraft interiors, or industrial equipment. Its durable construction, long length and service-friendly split design make it worthwhile for professional and advanced DIY use, provided the application does not require a sealed conduit or a different diameter.

Frequently Asked Questions

Will this tubing fit my cable bundle?
Measure the outside diameter of your cable bundle and confirm it is less than the listed I.D. of 1.969 in for a proper fit.

Is the hose flame retardant?
Yes, the tubing uses flame-retardant polypropylene with a V2 UL-94 rating and a continuous temperature range from -40 F to 275 F.

Can it be used in engine compartments?
Yes, customers report it withstands engine bay conditions and provides abrasion and heat protection, but avoid direct contact with extreme localized heat sources without additional shielding.