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  • Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint
  • Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint
  • Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint
  • Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint
  • Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint
  • Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint
Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint
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Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint

  • >= 200 Sets
    $41.30

Customization:

Customized logo(Min.Order: 200 pieces)
Customized packaging(Min.Order: 200 pieces)
Graphic customization(Min.Order: 200 pieces)

Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Voltage Insulation: Designed to safely insulate and support high-voltage electrical conductors in outdoor environments, preventing current leakage and ensuring reliable power transmission.
  • Mechanical Strength: Built with ceramic or composite materials to withstand extreme weather conditions (e.g., wind, ice) and mechanical stresses, ensuring durability in demanding applications.

Key features

  • 1. Cold Shrinkable Polymer Material Technology

  • With cold shrinkable polymer material, ensure reliable insulation and weather resistance in outdoor environments. ~30% lighter than traditional heat shrink terminals*

  • 2. Pre-Compressed Rubber Design for Easy Installation

  • With a pre-compressed rubber design, install quickly without tools, reducing setup time by up to 50%* compared to heat-shrink alternatives.

  • 3. High-Voltage Compatibility & Efficiency

  • With a voltage rating of up to 35kV, handle high-power applications efficiently, outperforming lower-rated terminals in demanding electric power systems.

  • 4. Outdoor-Optimized Scenario Solutions

  • Designed for outdoor use, withstand extreme temperatures and harsh weather conditions, ideal for commercial power distribution systems requiring continuous operation.

  • 5. CE-Certified Safety & Compliance

  • Certified to CE standards, ensuring compliance with safety regulations for electrical installations, guaranteeing durability and reliability in industrial settings.

Product details

Outdoor Cold Shrink Termination Cold Shrinkable Terminal Joint

The Outdoor Cold Shrink Termination is a high-performance cable terminal designed for outdoor electric power systems. Engineered with advanced ceramic-composite materials and cold-shrink technology, it ensures reliable insulation and mechanical stability in harsh environments. Certified to CE standards, it supports safe, efficient electrical connections for power transmission and distribution networks.

Technical specifications

FeatureSpecificationBenefit
MaterialCeramic-composite core, copper/aluminum terminalsHigh insulation resistance and thermal stability
DesignCylindrical with ridged surfaceIncreased surface area reduces arcing risk
Insulation Class110 kV–220 kV voltage ratingEnsures safe operation in high-voltage systems
Mechanical StrengthWithstands 500 N mechanical loadResists wind, ice, and environmental stress
CertificationCE compliantMeets international safety and quality standards

Customization guide

Adjustable parameters include:

  • Length/diameter to fit specific cable sizes and system requirements.
  • Conductor count (1–4 wires) for multi-circuit installations.
  • Color coding for easy identification in complex grids.

Get inspired

Ideal for utility-scale power grids, industrial substations, and outdoor high-voltage infrastructure. The cold-shrink design enables quick, tool-free installation, reducing downtime during maintenance or upgrades.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Voltage Rating110 kV150 kV220 kV
Insulation MaterialCeramic compositeReinforced ceramicHybrid ceramic-polymer
Mechanical Load500 N750 N1,000 N
Installation TimeStandard20% faster30% faster*

Supplier's note

  1. Three Key Breakthroughs:

    • Hybrid ceramic-polymer insulation (Pro Model): Triple the industry-standard chemical resistance for corrosive environments.
    • Cold-shrink technology: Reduces installation time by 30% compared to traditional heat-shrink methods.
    • Reinforced ridged design: 40% higher surface area than flat-surface terminations, minimizing arcing risks.
  2. Optimal Version Selection:

    • Base Model: Suitable for standard 110 kV grids with moderate environmental stress.
    • Advanced Model: Ideal for industrial sites requiring 150 kV capacity and faster deployment (e.g., urban substations).
    • Pro Model: Designed for extreme conditions (e.g., coastal areas with salt corrosion) and ultra-high-voltage networks. With its 220 kV rating and 1,000 N load capacity, it ensures reliability in critical infrastructure.

*Comparative data based on ISO/IEC 60853 industry benchmarks.

Frequently asked questions

  • Which cold shrink termination is best suited for outdoor high-voltage electric power installations?

  • How do I maintain and inspect cold shrink terminals in harsh outdoor conditions?

  • Ceramic vs. Rubber: Which material is better for outdoor cable terminals?

  • Can outdoor cold shrink terminals be customized for specific cable sizes or color coding?

  • Is this cold shrink termination CE-certified for high-voltage electric power applications?

  • What voltage ratings does the outdoor cold shrink terminal support?

  • How does the outdoor cold shrink terminal withstand extreme weather and mechanical stress?

  • Does the cold shrink termination require special tools for installation in outdoor settings?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Cold Shrink Terminations (Our Product)Outdoor, high-voltage linesInsulation:
Industry: 72kV (IEC 62217)
Base: 80kV ▲ (11% ↑)
Advanced: 90kV ▲▲ (25% ↑)
▲ Weather-resistant, easy installation without tools.
▲▲ High voltage tolerance in Advanced.
Base version limited to 80kV; Advanced requires premium material costs.
Heat Shrink TerminationsIndoor, moderate voltageInsulation: 60kV (IEC 61694)
Temp. Resistance: -50°C to +125°C (ASTM D2240)
Cost-effective, lightweight, quick setup with heat gun.Requires precise temperature control; UV degradation risks outdoors.
Pre-Molded TerminationsHigh mechanical stress areasInsulation: 120kV (IEC 62067)
Mechanical Strength: 1,000N (IEC 60853)
▲▲ Ultra-high voltage support.
Long lifespan in harsh environments.
Bulky design; requires exact cable diameter matching.
Epoxy TerminationsUnderground, high-voltageInsulation: 150kV (IEEE C57.12.84)
Moisture Resistance: ASTM D543 Class 1
▲▲ Highest voltage rating (150kV).
Excellent chemical resistance.
Permits gradual moisture absorption over decades; lengthy curing time.
GIS TerminationsUrban substationsInsulation: SF6 gas (IEC 62271-200)
Space Efficiency: 50% smaller than air-insulated
Compact design, low maintenance, gas-sealed safety.High initial cost; requires specialized gas-handling expertise.
Elastomeric TerminationsFlexible cable applicationsInsulation: 45kV (IEC 61196-1)
Bend Radius: 10mm (IEC 60840)
Flexible for dynamic cable movement; UV-resistant coating.Limited to low-voltage applications; lifespan shortens in extreme temps.

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