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Copper Rod 0 Brazing Alloy for air Conditioner

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Brazing for HVAC Systems: Designed to join metals in air conditioning units, ensuring durable and leak-proof seals for copper and steel components.
  • Versatile Metal Joining: Copper-based alloy rods enable strong brazing of dissimilar metals (e.g., copper to steel) at lower temperatures, ideal for precision applications in HVAC systems.

Key features

  • 1. Corrosion-Resistant Copper Alloy Material

  • With a corrosion-resistant copper alloy composition, ensure durable joints in harsh HVAC environments. Outperforms standard alloys in resisting rust and oxidation, extending component lifespan.

  • 2. Slim 3.2mm Diameter Design

  • With a slender 3.2mm diameter, easily navigate tight spaces in air conditioning units for precise brazing. 20% more maneuverable than thicker rods, ideal for compact HVAC systems.

  • 3. Long 457mm Length for Efficient Use

  • With a 457mm length, reduce frequent replacements during extended repairs, saving time compared to shorter rods. Compatible with standard brazing tools for seamless operation.

  • 4. Versatile for Dissimilar Metal Joining

  • Designed for HVAC applications, join copper and steel components seamlessly in air conditioning systems. Outperforms single-metal alloys in multi-material assemblies.

  • 5. Certified for HVAC Safety Standards

  • Certified for HVAC applications, meet industry standards for safe and reliable brazing in air conditioning systems. Exceeds basic brazing rod compliance for professional-grade use.

Product details

Copper Rod 0 Brazing Alloy for air Conditioner

The Harris Copper Rod 0 Brazing Alloy is a precision-engineered solution for joining metals in HVAC systems and industrial applications. With a 3.2mm diameter and 457mm length, it offers reliable performance in brazing dissimilar metals like copper and steel at lower temperatures. The copper-based alloy composition ensures strong, durable joints while maintaining environmental safety through reusable packaging.

Technical specifications

FeatureSpecificationBenefit
MaterialCopper-based alloyEnables low-temperature brazing of dissimilar metals (e.g., copper to steel).
Diameter3.2mmEnsures precise joint placement in tight HVAC components.
Length457mmOptimized for standard industrial handling and storage.
PackagingReusable cardboard boxReduces waste and protects rods during transport.

Customization guide

Adjustable parameters include material composition (e.g., zinc or silver additions for specialized corrosion resistance), diameter (from 2.5mm to 4.0mm), and length (customizable up to 600mm) to meet specific application needs.

Get inspired

Ideal for HVAC technicians and manufacturers, this brazing alloy ensures seamless integration of heat exchangers and piping systems. Its versatility in joining metals like aluminum and stainless steel makes it a go-to for repairing or assembling air conditioning units.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Melting Point850°C875°C (+3% efficiency)900°C (+5.8% efficiency)*
Tensile Strength450 MPa520 MPa (+15%)600 MPa (+33%)
Corrosion ResistanceStandardEnhanced (marine-grade)Premium (chemical-resistant)

Supplier's note

  1. Technical Breakthroughs:

    • Material Composition: The copper alloy’s zinc additive reduces oxidation, extending joint longevity by 20% in humid environments.
    • Diameter Precision: ±0.05mm tolerance ensures consistent filler flow, minimizing defects.
    • Length Consistency: Uniform 457mm rods reduce breakage during automated assembly lines.
  2. Version Selection Guidance:

    • Pro Model: Ideal for aerospace or chemical plant applications where extreme corrosion resistance (e.g., handling ammonia-based refrigerants) is critical. With triple the industry-standard chemical resistance, it pairs with high-tensile alloys to withstand vibration in turbine systems.
    • Advanced Model: Best for automotive HVAC repairs, offering enhanced corrosion protection for salt-exposed components.
    • Base Model: Suitable for general HVAC maintenance, balancing cost and performance for standard residential/commercial use.

*Comparative benchmarks: Industry average melting point efficiency is 840°C.

Frequently asked questions

  • Which brazing alloy model is best for HVAC systems like air conditioners?

  • How do I store Harris brazing rods to prevent oxidation and maintain quality?

  • What’s the advantage of Harris Copper Rod 0 over silver-based alloys for joining copper and steel?

  • Can Harris brazing alloys be customized for specific HVAC applications?

  • Are Harris brazing alloys certified for safety in industrial use?

  • What makes Harris Copper Rod 0 suitable for air conditioner component joints?

  • How do I prepare Harris brazing rods before use to ensure strong joints?

  • Can Harris brazing alloys join dissimilar metals like copper and aluminum in HVAC systems?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Diameter SpecificationHVAC AssemblyIndustry: 3.0mmBase: 3.2mm (▲5%)Advanced: 3.5mm (▲8% thicker than Base)
Material CompositionAutomotive WeldingIndustry: ASTM B111 CuBase: Cu-Sn-Zn (ASTM B444)Advanced: Prop. Alloy (▲15% stronger)
LengthContinuous ManufacturingIndustry: 400mmBase: 457mm (▲14%)Advanced: 500mm (▲10% longer)
Temperature ResistanceAerospace BrazingIndustry: 800°CBase: 900°CAdvanced: 1000°C (▲11% hotter)
Joint StrengthStructural WeldingIndustry: 150 MPaBase: 180 MPaAdvanced: 200 MPa (▲11% stronger)
Customization OptionsSpecialty Industrial ProjectsIndustry: LimitedBase: Adjust diam./lengthAdvanced: Full customization (▲)

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