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  • Copper Plated CD Stud Welding Insulation Pin for Shipbuilding
  • Copper Plated CD Stud Welding Insulation Pin for Shipbuilding
  • Copper Plated CD Stud Welding Insulation Pin for Shipbuilding
  • Copper Plated CD Stud Welding Insulation Pin for Shipbuilding
  • Copper Plated CD Stud Welding Insulation Pin for Shipbuilding
  • Copper Plated CD Stud Welding Insulation Pin for Shipbuilding
Copper Plated CD Stud Welding Insulation Pin for Shipbuilding
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Copper Plated CD Stud Welding Insulation Pin for Shipbuilding

  • 5000 - 5999 Pieces
    $0.12
  • 6000 - 6999 Pieces
    $0.11
  • 7000 - 7999 Pieces
    $0.10
  • >= 8000 Pieces
    $0.08

Customization:

Customized packaging（Min.Order: 200000 pieces）
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Copper Plated CD Stud Welding Insulation Pin for Shipbuilding

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Electrical Insulation & Structural Fastening: Designed for stud welding applications in shipbuilding, providing reliable insulation and secure fastening in marine environments.
  • Material Versatility: Available in materials like copper, stainless steel, and carbon steel to cater to specific conductivity, corrosion resistance, or strength requirements.

Key features

  • 1. Material Technology

    • With copper-plated corrosion-resistant material, you can ensure long-lasting durability in harsh marine environments compared to uncoated steel pins*. The copper coating also enhances conductivity, reducing heat buildup during welding processes.

  • 2. Interactive Design

    • With a flat head and ring shank design, you can achieve secure, vibration-resistant installation in shipbuilding structures, minimizing loosening risks during operation*. The smooth surface reduces friction for precise welding alignment.

  • 3. Performance Parameters

    • With customizable lengths (3mm–5mm) and shank diameters (3mm–5mm), you can adapt to diverse shipbuilding requirements, from thin panels to heavy-duty structural components*.

  • 4. Scenario Solutions

    • Designed for shipbuilding, these pins provide reliable insulation and structural integrity in corrosive saltwater environments, ensuring safety and longevity in maritime applications*.

  • 5. Certification Standards

    • Manufactured to meet marine-grade standards (e.g., ISO 3582), these pins ensure compliance with shipbuilding safety regulations, unlike uncertified alternatives*.

Product details

Copper Plated CD Stud Welding Insulation Pin for Shipbuilding

The Copper Plated CD Stud Welding Insulation Pin for Shipbuilding combines robust materials and precise engineering to meet marine-grade standards. Designed for secure, insulated fastening in shipbuilding applications, it offers customizable dimensions and material options to suit diverse operational needs.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialAluminum, Carbon Steel, Copper, Steel, Stainless SteelMarine environments (stainless steel for corrosion resistance)
Head StyleFlatFlush mounting on flat surfaces
Length Options3mm, 5mmAdjusted for varying stud welding depths
Shank Diameter3mm, 4mm, 5mmCompatibility with standard welding tools
Shank TypeRingEnhanced grip and stability during welding
CoatingCopper PlatedImproved conductivity and heat dissipation

Customization guide

Adjustable parameters include material selection (e.g., stainless steel for saltwater exposure), length/diameter (to match project requirements), and shank type (for specialized welding techniques). Custom plating or surface treatments can further tailor corrosion resistance or conductivity.

Get inspired

These pins excel in shipbuilding due to their versatility. For instance, copper-plated steel ensures reliable conductivity in electrical insulation applications, while stainless steel variants withstand harsh marine environments.

Choose your model

ParameterBase Model (Aluminum)Advanced Model (Carbon Steel)Pro Model (Stainless Steel)
Material StrengthLightweight+25% tensile strength+40% corrosion resistance*
Temperature Range-20°C to 120°C-30°C to 200°C-40°C to 300°C
Corrosion ResistanceLow (marine use not advised)Moderate (coated variants available)Marine-grade (ISO 2063)

Supplier's note

  1. Technical Breakthroughs:

    • Copper Plating: Enhances heat dissipation by 20% compared to bare steel, reducing welding distortion.
    • Ring Shank Design: Improves tool alignment by 15%, minimizing misfires.
    • Stainless Steel Pro Model: Exceeds ISO 2063 standards with triple the corrosion resistance of carbon steel.

  2. Version Selection Guide:

    • Base Model (Aluminum): Ideal for lightweight, non-marine applications (e.g., automotive assembly).
    • Advanced Model (Carbon Steel): Suitable for general shipbuilding where moderate corrosion resistance suffices.
    • Pro Model (Stainless Steel): Mandatory for saltwater environments, ensuring longevity in tidal zones or offshore platforms.

With the Pro Model’s marine-grade stainless steel, you can ensure decades of durability in corrosive saltwater conditions. Pair its high conductivity with copper plating to achieve precise, distortion-free welds. For cost-sensitive projects, the Base Model’s aluminum reduces weight without compromising structural integrity.

*ISO 2063-compliant corrosion resistance tested per ASTM G85.

Frequently asked questions

  • Which material option (copper, stainless steel, or carbon steel) is best for stud welding insulation pins in shipbuilding environments?

  • What length (3mm or 5mm) suits small vs. heavy-duty shipbuilding applications?

  • How do I maintain the insulation properties of copper-plated stud welding pins?

  • Can these pins be customized for specific shipbuilding requirements?

  • Are these stud welding pins certified for marine industry standards?

  • Why choose copper-plated insulation pins over non-insulated options for electrical ship systems?

  • What applications suit the 4mm shank diameter stud welding pin?

  • How does the ring shank design improve welding stability in shipbuilding?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
MaterialMarine/Shipbuilding (corrosive environments)Industry Standard: Carbon Steel (ASTM A36)
Our Base: Copper-Plated Steel (ASTM A153)
Our Advanced: 316 Stainless Steel (ASTM A182)		▲ Advanced: 200%+ corrosion resistance (vs Base)
Base: Cost-effective corrosion barrier		▲ Industry Standard: Lower cost but 50% shorter lifespan in saltwater
Head StyleStructural welding (load-bearing joints)Industry Standard: Flat (ISO 1019)
Our Base/Advanced: Flat with reinforced flange (Custom spec)		▲ Base/Advanced: 30% higher torque retention (vs Standard)
Universal compatibility with shipbuilding templates		No distinct disadvantage; standard design suffices for most applications
Shank DiameterPrecision welding (engine rooms)Industry Standard: 3mm (ISO 1019)
Our Base: 4mm (±0.05mm tolerance)
Our Advanced: 5mm (±0.03mm tolerance)		▲ Advanced: 50% greater load capacity (2.5 tonnes vs Base's 1.7 tonnes)
High precision for critical joints		▲ Industry Standard: Limited to light-duty applications (≤0.8 tonnes)
LengthHull panel fasteningIndustry Standard: 5mm
Our Base: 3mm (for thin materials)
Our Advanced: 5mm + tapered tip (EN 1600)		▲ Advanced: 40% faster installation in thick steel plates
Flexibility via tiered options		▲ Base: Risk of pull-out in >3mm material thickness
Shank TypeElectrical insulationIndustry Standard: Smooth shank
Our Base/Advanced: Ring Shank (ISO 10432) with ceramic coating		▲ Base/Advanced: 100% electrical isolation (vs Standard's 60%)
Reduced arc flash risk in engine rooms		Slight increase in material cost (+15%)
Corrosion ResistanceOffshore platform constructionIndustry Standard: Uncoated steel (1yr lifespan in saltwater)
Our Base: Copper plating (5yr)
Our Advanced: Duplex Stainless Steel (10yr)		▲ Advanced: 90% lower maintenance costs over 5 years
Base: 300% longer lifespan than Standard		▲ Industry Standard: Requires frequent recoating (every 6 months)

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