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  • Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications
  • Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications
  • Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications
  • Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications
  • Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications
  • Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications
Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications

Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications

$300.00-$1000.00/ Kilometer|5000 Kilometer/Kilometers(Min. Order)

Customization:

Customized logo(Min.Order: 5 pieces)
Customized packaging(Min.Order: 5 pieces)
Graphic customization(Min.Order: 5 pieces)

Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Power Transmission: Medium voltage waterproof cables designed to deliver stable electrical power in underwater environments, supporting deep-sea construction and exploration operations.
  • Neutrally Buoyant Design: Insulated copper conductors maintain structural stability underwater, reducing strain on connections and ensuring safe deployment in dynamic marine conditions.

Key features

  • 1. Neutrally Buoyant Insulated Copper Conductors

  • Material Technology: With neutrally buoyant insulated copper conductors, ensure effortless deployment and stability in underwater environments. These cables maintain optimal positioning without sinking or floating, reducing strain during deep-sea operations.

  • 2. High-Pressure Resistance Design

  • Performance Parameters: With reinforced waterproofing and corrosion-resistant construction, withstand extreme underwater pressures and harsh marine conditions. Designed for depths exceeding conventional building cables.

  • 3. Versatile Marine Construction Adaptability

  • Scenario Solutions: Tailored for underwater construction projects, enabling reliable power transmission during offshore infrastructure builds or deep-sea exploration.

  • 4. Copper Conductor Efficiency

  • Material Technology: Built with pure copper conductors, deliver consistent power output with minimal energy loss, even in prolonged underwater use.

  • 5. Compliance with Marine Safety Standards

  • Certification Standards: Engineered to meet international marine safety and environmental regulations, ensuring safe operation in ecologically sensitive underwater zones.

Product details

Medium Voltage Waterproof Underwater Tether Cables Neutrally Buoyant Insulated Copper Conductors for Construction Applications

The Medium Voltage Waterproof Underwater Tether Cables are engineered for deep-sea construction and exploration applications, featuring neutrally buoyant insulated copper conductors designed to withstand extreme pressure, temperature, and corrosive marine environments. Their modular design and advanced materials enable scalable deployment in underwater infrastructure projects.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialCopper conductors with waterproof coatingEnsures conductivity in submerged environments
Insulation TypeNeutrally buoyant neoprene insulationMaintains stable cable positioning in water
Buoyancy ControlAdjustable neutral buoyancyPrevents sinking or floating in currents
Voltage Rating600V (Medium Voltage)Power distribution for offshore platforms
Temperature Range-30°C to 120°COperates in polar or tropical marine conditions
CertificationIP68, ISO 17890Meets international marine safety standards

Customization guide

Adjustable parameters include cable length (custom cut to project requirements), insulation thickness (for varying water pressures), and buoyancy density (to match operational depth). For specialized needs like high-current transmission or extreme corrosion resistance, upgrade the conductor gauge or coating material.

Get inspired

With neutrally buoyant insulation, you can deploy cables effortlessly in dynamic ocean currents. The waterproof copper conductors ensure uninterrupted power supply to underwater machinery, while the IP68 certification guarantees reliability in harsh marine environments.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Voltage Capacity600V800V (+33%)1200V (+100%)*
Insulation Thickness3mm5mm (enhanced)8mm (premium)
Temperature Range-30°C to 120°C-40°C to 150°C-50°C to 180°C
Buoyancy AdjustmentFixedSemi-adjustableFully customizable

Supplier's note

  1. Technical Breakthroughs:

    • Neutrally Buoyant Design: Reduces strain on anchors by maintaining cable equilibrium in water.
    • Copper-Conductor Waterproofing: Achieves 99.9% conductivity retention even after prolonged submersion.
    • ISO 17890 Compliance: Ensures compatibility with global offshore construction standards.
  2. Version Selection Guidance:

    • Base Model: Ideal for standard construction sites (e.g., shallow-water drilling rigs).
    • Advanced Model: Suitable for harsh environments (e.g., Arctic exploration with extreme temperature swings).
    • Pro Model: Required for deep-sea mining operations, offering triple the industry-standard corrosion resistance and 1200V capacity for high-power equipment.

*Pro Model outperforms industry benchmarks by 100% in voltage capacity, enabling safer power distribution to submersible machinery.

Frequently asked questions

  • Which medium voltage underwater tether cables are best for deep-sea construction projects?

  • How do I maintain waterproof underwater tether cables in corrosive marine conditions?

  • What’s the difference between copper and aluminum conductors in underwater power cables?

  • Can underwater tether cables be customized for specialized marine construction needs?

  • Are these cables certified for high-pressure deep-sea environments?

  • Why are neutrally buoyant insulated conductors important for underwater construction?

  • What installation considerations are critical for underwater tether cables in marine construction?

  • How do these cables handle temperature fluctuations in underwater construction sites?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Water ResistanceDeep-sea construction, offshore drillingIndustry: IP67 (1m submersion, 30min)Our Base: IP68▲ (10m submersion, 24h; ASTM D543)Our Advanced: IP68▲▲ (20m submersion, 48h)
Base meets most underwater needs; Advanced for extreme depthsAdvanced requires specialized installation tools
Voltage CapacityHigh-power subsea equipmentIndustry: 10kV (IEC 60502)Our Base: 15kV▲ (IEC 60502)Our Advanced: 20kV▲▲
Supports heavy machinery (e.g., drilling rigs)Higher voltage requires thicker insulation, increasing bulk
Buoyancy ControlFloating platforms, dynamic positioningIndustry: Non-neutral buoyancyOur Base: Neutrally buoyant▲ (density matched seawater)Our Advanced: Adjustable buoyancy▲▲ (via embedded chambers)
Reduces strain on anchorsAdvanced adds complexity to deployment
Material DurabilityAbrasive underwater environmentsIndustry: Standard PVC (ASTM D1729)Our Base: Neoprene▲ (ASTM D2000)Our Advanced: Kevlar-reinforced▲▲ (ASTM D4644)
Enhanced cut/abrasion resistanceAdvanced material increases cable weight
Temperature ToleranceArctic/tropical zonesIndustry: -20°C to 60°COur Base: -30°C to 80°C▲ (IEC 60204)Our Advanced: -40°C to 90°C▲▲
Wider operational rangeAdvanced insulation may degrade faster under prolonged extremes
FlexibilityConfined spaces (e.g., pipelines)Industry: Bend Radius ≥10x diameterOur Base: 8x▲ (IEC 60228)Our Advanced: 6x▲▲
Easier installation in tight layoutsAdvanced may kink if bent beyond specifications

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