The difference between standard industrial cables and the Innovcable certified marine line.

In the naval and offshore industry, the specification of electrical cables follows a completely different logic than in land-based installations (OnshoreThe saline environment, constant vibration, the presence of hydrocarbons, and the critical need to reduce weight and volume demand more than a standard cable.

Many projects, in an attempt to reduce immediate costs, adapt industrial PVC cables (conventional lines) to vessels or platforms. This practice, besides being dangerous, results in frequent corrective maintenance due to the accelerated degradation of the materials. Below, we detail how... Innovcable meets the stringent requirements of the standard. IEC 60092, offering a robust national alternative to global imported brands.

Comparative Chart: Industrial Adaptation vs. Naval Specialization Innovcable

Technical Analysis: 3 Factors of Failure in the High Seas

As an Application Engineer, I would highlight three areas where Innovcable technology advantageously replaces imported cables or local adaptations:

1. Galvanic Corrosion and Saline Atmosphere

The biggest enemy of cables in the open sea is salt. Common industrial cables use bare copper. Over time, sea air penetrates the terminations and, through capillary action, oxidizes the conductor ("verdigris"), increasing electrical resistance and creating hot spots.

The Innovcable Difference: We use tin-plated copper throughout our marine line. The tin acts as an inert sacrificial barrier, preventing the copper from reacting with the saline environment, which is mandatory for compliance with IEC 60092-350.

2. Chemical Resistance to Oils and Mud (Mud Resistant)

On oil platforms (FPSOs) and support vessels (PSVs), cables are exposed to aggressive mineral oils and drilling mud. Conventional PVC sheaths dry out and crack under this chemical attack (cracking), exposing the conductors.

The Innovcable Difference: Our SHF2 (Thermosetting) type covering compounds are specifically formulated to resist hydrocarbons. We offer "Mud Resistant" solutions that withstand the harshest drilling deck conditions, surpassing the durability of common rubber cables.

3. Safety in Confined Spaces (LSZH)

On a ship, escape routes are narrow and confined. A fire in PVC cables generates instantaneous black and toxic smoke, which is the leading cause of fatalities.

The Innovcable Difference: Our line is completely Halogen Free (LSZH). In case of fire, the smoke is thin and there is no emission of acidic gases. Furthermore, the cables are tested to withstand direct fire while maintaining circuit integrity (Fire Resistant versions – IEC 60331) for fire pumps and emergency systems.

Conclusion: Nationalization with International Quality

There is no need to wait 90 to 120 days to import naval cables from Europe or Asia. Innovcable We manufacture instrumentation, control, and power cables in Brazil for naval and offshore use, offering fast turnaround times and complete technical documentation (Data Books).

We offer the same reliability as major global brands (such as Helukabel or Prysmian marine line), but with the commercial flexibility and local engineering support that your shipyard or platform needs.

Engineer: You need to nationalize a list of cables as per NEK 606 standard ou IEC 60092We do the cross-reference Technical support for you.

Examples of cross-referencing:

Application	Code/Model Imported (Ref. Helukabel / Prysmian / Lapp)	Technical Specification (International Standard)	Equivalent Innovcable Solution (Code / Family)
Power (Low Voltage)	Helu: 59400 (M2XCH Series)   Draka: M2XCH / T-Rad   Lapp: Olflex Marine	0.6/1kV, XLPE/SHF1, Shielded (Copper), LSZH, IEC 60092-353.	INNOVCABLE® MARITIMUS POWER   (Ref: MAR-M2XCH-0.6/1KV)
Instrumentation (Armored)	Helu: 59380 (FMGSGO Series)   Draka: RE-2X(St)H / FM2XCH	250V, Pairs/Trios, Individual + Collective Shielding, SHF1/SHF2.	INNOVCABLE® DEEPSEA INSTRUMENTATION   (Ref: DPS-FM2XCH-250V)
(Flexible) Control	Helu: 59600 (LK-SM Series)   Belden: MarineTuff Control	0.6/1kV, Multicore, Tinned Copper, Flexible (Cl. 5), LSZH.	INNOVCABLE® MARITIMUS CONTROL FLEX   (Ref: MAR-LZ-F-0.6/1KV)
Fire Resistant	Helu: 59450 (M2XCH-FF)   Draka: BFOU / M2XCH FE180	IEC 60331 (Fire Resistant), Maintains circuit integrity under fire (180 min).	INNOVCABLE® MARITIMUS FIRE-RESIST (MICA)   (Ref: MAR-FR-M2XCH-FE180)
Mud Resistant	NEK 606 Spec   Draka: RFOU (Mud Res)	Resistance to hydrocarbons and drilling mud (SHF2 / NEK 606).	INNOVCABLE® OFFSHORE MUD-RESISTANT   (Ref: OFF-RFOU-NEK606)