Bare Copper Conductor Solid or Stranded,hard,medium Hard,or Soft Drawn

Name: Bare Copper Conductor Solid or Stranded,hard,medium Hard,or Soft Drawn
Brand: Henan Aoguli Electric Co., Ltd.
SKU: 1600538702029_1
Price: 0.11 USD
Availability: InStock
Rating: 4.8 (100 reviews)

Product overview

Core functionalities

Applicable scenarios

Unique advantages

Electrical Conductivity: High-performance copper conductor designed for efficient low-voltage electrical applications, ensuring minimal energy loss due to copper's superior conductivity.
Conductor Versatility: Available in solid (for stable, fixed installations) or stranded configurations (for flexibility and resistance to breakage under tension), with hardness options (hard, medium hard, soft drawn) to suit specific application needs.

Key features

1. Advanced Material Technology

With stranded copper construction, you can achieve greater flexibility and durability compared to solid wires*, ensuring resistance to breakage under repeated bending or tension.

2. Comprehensive Certification Standards

With ISO 2859 and CE certification, you can ensure compliance with international quality and safety standards, unlike uncertified alternatives*.

3. Superior Conductivity Performance

With high-purity copper material, you can deliver minimal energy loss during electrical transmission, outperforming lower-conductivity materials like aluminum*.

4. Customizable Hardness for Versatile Applications

With hardness options (hard, medium-hard, or soft drawn), you can adapt to specific installation needs—whether for rigid structural use or flexible wiring in electronics*.

5. Bare Conductor Design for Simplified Termination

With bare copper construction, you can streamline soldering and termination processes compared to insulated wires, saving time in electrical projects*.

Product details

Our bare copper conductors combine high conductivity with versatile design options, offering solid or stranded configurations in hard, medium hard, or soft drawn forms. Certified to ISO 2859 and CE standards, these low-voltage wires ensure safety and reliability in diverse electrical applications.

Technical specifications

Feature	Specification	Benefit
Material	Copper (ISO 2859, CE Certified)	Superior conductivity with safety compliance
Conductor Type	Solid or Stranded	Versatility for rigid or flexible setups
Stranded Design	Multi-strand twisted construction	20% more flexible than solid conductors
Insulation	Bare (no insulation)	Direct electrical contact compatibility
Voltage Rating	Low Voltage (LV)	Safe for standard electrical systems

Customization guide

Adjustable parameters include:

Conductor Type: Choose solid for durability in fixed installations or stranded for flexibility in dynamic applications.
Hardness: Opt for hard-drawn for high-tensile strength, medium for balanced performance, or soft for easy bending.

Get inspired

Whether installing residential wiring or industrial circuits, our copper conductors deliver unmatched reliability. Their stranded design ensures longevity in frequently moved machinery, while bare construction simplifies soldering and direct connections.

Choose your model

Parameter	Base Model (Solid)	Advanced Model (Stranded)	Pro Model (Stranded + Premium)
Flexibility	Standard	+20% bend tolerance	+35%*
Conductor Type	Solid	Stranded	Stranded (19+ strands)
**Tensile Strength	25 N/mm²	28 N/mm²	32 N/mm²
Certifications	ISO 2859	ISO 2859 + CE	ISO 2859 + CE + IEC 60228

Supplier's note

Technical Breakthroughs:
- Stranded Design: Reduces breakage risk by distributing stress across multiple strands.
- ISO/CE Compliance: Ensures global safety and quality standards adherence.
- Material Purity: Copper’s conductivity (58 MS/m) outperforms aluminum by 40%.
Optimal Version Selection:
- Residential Installers: Base Model (Solid) suffices for fixed wiring in low-movement areas.
- Automotive/Robotics: Advanced Model’s flexibility excels in machinery with frequent motion.
- Heavy Industry: Pro Model’s IEC 60228 certification and 35% higher tensile strength handle extreme environments.

With stranded design, you can achieve 20% greater flexibility than solid conductors—ideal for robotics. The Pro version’s IEC certification ensures compliance in global industrial projects. Pair its high conductivity with soft-drawn hardness for easy installation in tight spaces.

Frequently asked questions

Which type of bare copper conductor (solid or stranded) is best suited for flexible electrical installations?
How do I prevent oxidation on bare copper conductors during storage or installation?
What are the key differences between stranded and solid copper conductors in electrical wiring?
Does this copper conductor offer customization options for hardness (hard, medium, or soft drawn)?
Is this copper conductor certified for safety and compliance (e.g., CE, ISO 2859)?
What are the primary applications of bare copper conductors in low-voltage systems?
Is copper a sustainable material choice for electrical wiring compared to alternatives?
What are the recommended applications for hard vs. soft drawn copper conductors?

Product comparison

Category	Usage Scenarios	Characteristics	Advantages	Disadvantages
Solid Copper Conductor (Hard Drawn)	Direct burial, fixed installations	Solid core (1 strand), hardness: Hard Drawn (ASTM B3), tensile strength 450 MPa (ISO 6708)	▲ Higher tensile strength (resists breakage under tension), easy termination	Less flexible (not ideal for frequent bending), requires rigid installation
Stranded Copper Conductor (Hard Drawn)	Industrial machinery, moderate flex	7 strands (ISO 2163), hardness: Hard Drawn (ASTM B3), tensile strength 420 MPa	▲ Flexible vs solid, durable for semi-dynamic applications	Slightly lower tensile strength than solid, complex termination for stranded wires
Solid Copper Conductor (Soft Drawn)	Indoor wiring, low-stress environments	Solid core, hardness: Soft Drawn (ASTM B3), tensile strength 300 MPa	▲ Easier to bend, cost-effective for simple setups	Low tensile strength (risk of breakage under strain), limited durability
Stranded Copper Conductor (Soft Drawn)	Robotics, flexible automation	19 strands (ISO 2163), hardness: Soft Drawn (ASTM B3), tensile strength 280 MPa	▲ Ultra-flexible, ideal for dynamic motion systems	Lowest tensile strength, requires careful handling during installation
Medium Hard Drawn Copper Conductor	General electrical installations	Hardness: Medium Hard Drawn (ASTM B3), tensile strength 380 MPa	▲ Balanced strength/flexibility, versatile for mixed-use scenarios	Neither optimal for extreme flexibility nor extreme tensile demands
Bare Copper Conductor (ISO 2859 Certified)	Low-voltage compliance-driven projects	ISO 2859 certified (quality control), CE marked, bare conductor (no insulation)	▲ Complies with international standards, cost-effective for low-voltage systems	No insulation (requires protective conduit), prone to corrosion without coating