Copper C12200 Tubes Supplier

GNEE, is your trusted source for high-quality Copper C12200 Tubes. Crafted with precision and expertise, our tubes ensure optimal performance and longevity. Built to meet global quality standards, they are ideal for a wide range of applications, from plumbing to electrical installations.

Copper C12200 tubes are highly acclaimed copper alloy tubing renowned for their exceptional thermal and electrical conductivity, corrosion resistance, and durability. They are composed primarily of copper with small amounts of phosphorus for improved mechanical properties – perfect for many industries and applications!

Copper C12200 tubes are notable due to their superior thermal conductivity, making them suitable for heat exchange applications, such as HVAC systems, heat exchangers and refrigeration units. Their superior thermal conductivity helps maintain optimal operating temperatures and increase system efficiencies.

Copper C12200 tubes stand out for their thermal and electrical conductivities, making them indispensable in electrical and electronic applications such as wiring, components and devices that utilize conductors. Their ability to transmit electricity effectively with minimal resistance ensures reliable performance that contributes to efficient electrical systems.

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Corrosion resistance is another key feature of Copper C12200 tubes. Due to their copper composition and addition of phosphorus, these tubes exhibit impressive corrosion resistance even in harsh environments or when exposed to corrosive substances, extending their service life and lowering maintenance requirements for multiple applications.

Copper C12200 tubes offer exceptional formability and malleability, making fabrication easy and installation quick. Bends, shapes, and joints can easily be bent or joined using techniques such as soldering, brazing, or welding for customization to specific requirements. Their versatile fabrication makes Copper C12200 tubes adaptable for numerous designs and installation scenarios.

Copper C12200 tubes offer more than physical benefits – they also promote environmental sustainability. Copper is a recyclable material with inherent durability; thus, these tubes can be recycled repeatedly without losing performance characteristics or resource conservation potential. Reducing material usage helps save resources while mitigating any environmental impact of production and disposal processes.

Copper C12200 tubes are indispensable components across multiple industries and applications due to their versatility and dependability. They are used by plumbing, HVAC and electrical sectors as a conveyance medium for water, AC fluids and refrigeration fluids due to their thermal conductivity and corrosion resistance properties. Furthermore, these tubes are used for wiring and grounding component manufacturing because of their superior electrical conductivity and durability properties.

Copper C12200 tubes are widely used to craft heat exchangers, condensers and other heat transfer equipment where efficient thermal conductivity is critical. Their corrosion resistance makes them suitable for marine environments, chemical processing plants, and industrial machinery that are exposed to potentially corrosive substances.

Standard Types

Copper C12200 Round Tube

Copper C12200 Seamless Tube

Copper C12200 Condenser Tube

Other Types

Q1: What is the difference between ASTM B111, B75, and B280 for C12200 tubes?

A: Each standard serves a different application:

ASTM B111 – Specifically for condensers and heat exchangers (tightest tolerances, expansion testing required)

ASTM B75 – For general engineering applications (plumbing, mechanical tubing)

ASTM B280 – For air conditioning and refrigeration (cleanliness requirements for sealed systems)

Always specify the correct standard for your application.

Q2: Can C12200 tubes be used for potable (drinking) water systems?

A: Yes. C12200 is approved for drinking water systems and meets NSF/ANSI 61 certification. It is widely used in residential and commercial plumbing due to its excellent corrosion resistance to freshwater.

Q3: What is the maximum operating temperature for C12200 tubes?

A: For continuous service, 200-250°C (400-480°F) is recommended. Above this temperature, oxidation accelerates and mechanical strength decreases. For short-term exposure, higher temperatures may be acceptable, but consult your engineer.

Q4: Are C12200 tubes suitable for underground burial?

A: Yes, with proper protection. C12200 has good corrosion resistance to most soils, but aggressive soils (high acidity, sulfides, or chlorides) may cause corrosion. Use corrosion protection tape or polyethylene sleeving for underground installations.

Q5: What is the difference between "Light Drawn" (H55) and "Hard Drawn" (H80) tempers?

A:

H55 (Light Drawn) – Moderate strength, some formability, suitable for light bending

H80 (Hard Drawn) – Higher strength, minimal formability, better wear and erosion resistance

For U-bending or tube expanding, always choose O61 (Annealed) temper.

Q6: What is the electrical conductivity of C12200 compared to pure copper?

A: C12200 has an electrical resistivity of 12.2 microhm-cm at 68°F, which translates to approximately 85-90% IACS (International Annealed Copper Standard) . While slightly lower than C11000 (101% IACS), it is still excellent for most electrical applications.

Q7: Do you offer custom lengths and diameters?

A: Yes. Standard OD ranges from 4mm to 150mm and lengths from 1 to 6 meters. Custom sizes are available upon request – please contact our sales team with your specifications.

Q8: What is the typical lead time for C12200 tubes?

A: Standard lead time is typically 2-4 weeks depending on quantity and specifications. Expedited shipping options may be available – please inquire with your order.

Q9: How are the tubes packaged for shipment?

A: Tubes are packaged in ply-wooden cases, iron cases, or bundles with plastic end caps to prevent damage, contamination, and moisture ingress during transit.

Q10: Can I get a mill test certificate (MTC) with my order?

A: Yes. All shipments include an MTC confirming:

Chemical composition (Cu ≥ 99.9%, P 0.015-0.040%)

Mechanical properties

Standard compliance (ASTM/ASME)

NDT results (if applicable)

Third-party inspection services (SGS, BV, etc.) are also available upon request.

Q11: Is C12200 suitable for seawater applications?

A: Limited suitability. C12200 can be used in brackish water or low-flow seawater, but for continuous seawater service, especially at higher flow velocities (>1.5 m/s), copper-nickel alloys (C70600 or C71500) are recommended due to their superior erosion-corrosion resistance.

Q12: What does the "C12200" designation mean?

A: C12200 is the UNS (Unified Numbering System) designation for phosphorus-deoxidized copper, high residual phosphorus (DHP) . It is recognized internationally and appears in ASTM, ASME, and other global standards.

Poor packaging destroys even the best copper heat exchanger tube. As a professional copper heat exchanger tube factory serving copper heat exchanger tube USA, Europe, UAE, Saudi Arabia, and India, we follow military-grade export packaging standards to ensure zero damage during sea or air freight.

Our Standard Packaging Process:

For U-Bundle Orders: U tube heat exchanger and U tube bundle heat exchanger are placed in dedicated steel jigs inside the crate to prevent bending radius distortion.

Our Certifications & Compliance:

ASTM B111 pdf and ASME SB111 pdf full traceability.

ISO 9001:2015 quality management system.

Third-party inspection accepted: SGS, BV, Lloyds, or TUV.

Copper heat exchanger tube life expectancy testing reports available upon request.

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