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  • High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable
  • High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable
  • High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable
  • High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable
  • High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable
  • High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable
High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable

High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable

$0.03-$0.10/ Foot|10000 Foot/Feet(Min. Order)

Customization:

Graphic customization(Min.Order: 10000 pieces)
Customized packaging(Min.Order: 10000 pieces)
Customized logo(Min.Order: 10000 pieces)

High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Building & Heating Applications: Designed for electrical wiring in commercial and residential buildings, as well as heating systems like underfloor heating and HVAC installations. The multi-core copper conductors ensure efficient power distribution across multiple circuits.
  • PE Insulation & Copper Conductors: Features polyethylene (PE) insulation for durability and resistance to environmental stress, paired with solid copper conductors for optimal conductivity and longevity.

Key features

  • 1. Material Technology

  • With PE (Polyethylene) insulation and solid copper conductors, achieve superior heat resistance and durability compared to PVC-insulated cables*. The PE material ensures long-term stability in high-temperature environments, such as heating systems.

  • 2. Scenario Solutions

  • Designed for building and heating applications, this cable seamlessly adapts to diverse scenarios like residential wiring and underfloor heating, offering reliable performance in both fixed and dynamic installations.

  • 3. Certification Standards

  • Backed by UL certification, guarantee compliance with rigorous safety and quality standards, surpassing non-certified alternatives in reliability and regulatory adherence*.

  • 4. Performance Parameters

  • With multi-core construction and solid copper cores, deliver stable power transmission under heavy loads, outperforming stranded-wire cables in fixed installations for reduced energy loss*.

  • 5. Interactive Design

  • Color-coded cores simplify installation and maintenance, enabling quick identification of wires in complex electrical setups, reducing errors compared to unmarked cables*.

Product details

High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable

The High Quality PE Insulated Multi Core Copper Building Electric Wires Electrical Cable combines durability and flexibility for versatile applications in construction, heating systems, and low-voltage installations. With UL certification and solid copper conductors, it ensures safety and reliability in demanding environments.

Technical specifications

FeatureSpecificationApplication Scenario
Conductor MaterialSolid CopperBuilding wiring, heating systems
Insulation MaterialPE (Polyethylene) + PVCLow-voltage circuits, flexible routing
CertificationUL ListedCommercial/residential buildings requiring safety compliance
Conductor TypeSolid Copper (Multi-core)High-current applications in construction
Material CompositionCopper cores with PE/PVC insulationEnvironments needing both strength and bendability

Customization guide

Adjustable parameters include:

  • Insulation Thickness: Customize to meet specific voltage or environmental requirements.
  • Color Coding: Add or modify wire colors for complex wiring identification.
  • Core Count: Tailor the number of cores to match current load demands.

Get inspired

With its flexible PE/PVC insulation and UL certification, this cable is ideal for modern building projects. Whether routing wires in tight spaces or connecting heating systems, its durable design ensures long-term reliability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Insulation Thickness1.0mm (Standard PE)1.5mm (+50% durability)2.0mm (+100% longevity)
Temperature Rating70°C90°C (+29% tolerance)105°C (Industry-leading)
Conductor Gauge16 AWG14 AWG (20% higher current capacity)12 AWG (40% higher capacity)
Core Count3 cores5 cores7 cores

Supplier's note

  1. Three Breakthroughs:

    • PE Insulation: 30% lighter than PVC, enabling easier installation in tight spaces.
    • UL Certification: Meets rigorous safety standards for commercial and residential use.
    • Solid Copper Conductors: 25% lower resistance than aluminum, ensuring optimal conductivity.
  2. Optimal Version Selection:

    • Base Model: Ideal for residential wiring and small-scale heating systems where cost-efficiency is key.
    • Advanced Model: Perfect for commercial buildings requiring higher current handling and extended temperature tolerance.
    • Pro Model: Designed for industrial applications, offering unmatched durability and scalability for heavy-duty systems.

With the Pro Model’s 105°C rating, you can safely install cables in high-temperature environments like industrial ovens. Pair its 7-core design with its PE insulation to manage complex electrical setups without compromising flexibility.

Frequently asked questions

  • Which High Quality PE Insulated Cable suits commercial building installations?

  • How to maintain PE insulated copper cables for longevity?

  • PE vs PVC insulation: Which is better for building electrical systems?

  • Can this cable be customized for specific building projects?

  • Is this cable UL-certified for safety in electrical installations?

  • Why choose copper conductors over aluminum for building wiring?

  • Is this cable suitable for heating system installations?

  • What installation considerations are needed for solid copper conductors?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Insulation MaterialHigh-temperature environmentsIndustry Standard: PVC (IEC 60227)
Our Base: PE (IEC 60227)
Our Advanced: PE + Flame Retardant (IEC 60332)
Base: 105°C max (vs. PVC’s 70°C).
Advanced: Passes IEC 60332 fire resistance (prevents spread).
Advanced: 20% higher cost due to flame-retardant additives.
Conductor TypeFrequent bending/movementIndustry Standard: Stranded copper (common)
Our Base: Solid copper (99.9% purity)
Our Advanced: Stranded copper (19 strands)
Advanced: 30% more flexible (ideal for tight spaces).Base: Stiffness may limit routing in complex installations.
CertificationCommercial/industrial complianceIndustry Standard: No UL Listed
Our Base/Advanced: UL Listed (File #XXXXX)
Base/Advanced: Guaranteed safety for North American codes.N/A (certification is a baseline requirement for both tiers).
Temperature RatingIndustrial heating systemsIndustry Standard: 70°C (PVC)
Our Base: 105°C (PE)
Our Advanced: 105°C + flame resistance
Base/Advanced: Operates safely in HVAC/boiler applications.Industry Standard: Risk of melting in high-heat zones.
DurabilityOutdoor/wet environmentsIndustry Standard: Unrated
Our Base: UV-resistant PE
Our Advanced: PE + IP67 waterproofing
Advanced: Waterproof (IP67) for outdoor use (e.g., construction sites).Base: Limited to indoor use.
Cost EfficiencyResidential/commercial building projectsIndustry Standard: Lower upfront cost
Our Base: Competitive pricing
Our Advanced: 15% premium
Base/Advanced: UL certification reduces long-term risks/costs.Advanced: Higher upfront investment for specialized features.

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