...

C12200 Copper Strip

Deoxidized Copper Strip for Industrial and Corrosion-Resistant Applications

C12200 Copper Strip is a phosphorus-deoxidized copper material known for its excellent corrosion resistance, good electrical conductivity, and reliable fabrication performance. It provides dependable long-term performance in demanding industrial environments while maintaining excellent forming and joining characteristics.

Widely used in industrial components, engineering equipment, precision fabricated parts, and applications requiring durability, corrosion resistance, and service reliability.

Product Features

Factory Direct High-Purity C12200 Copper Strip Coils for Transformer Windings, HVAC Coils & Cable Shielding

C12200 copper strip (UNS C12200 copper alloy strip, DHP high-phosphorus deoxidized copper tape, Cu-DHP bright annealed copper ribbon, CW024A slit strip coil, and fine gauge transformer copper foil) is manufactured through continuous casting, precision cold tandem rolling, and bright protective atmosphere annealing to deliver outstanding electrical and thermal conductivity, excellent deep drawing capability, superior brazing weldability, and 100% resistance to high-temperature hydrogen embrittlement. Engineered for electrical transformer foil windings, coaxial cable shielding wrap, HVAC heat exchanger fins, automotive radiator tanks, and electronic lead frames, C12200 copper strip provides uniform thickness tolerances and smooth burr-free slit edges.

At XQJ Metal, we operate ultra-precision multi-roll cold rolling mills, automated high-speed precision gang slitting lines, optical edge profilers, and bell-type bright hydrogen annealing furnaces to produce premium C12200 copper strip products conforming strictly to global engineering standards, including ASTM B152 (standard specification for copper sheet, strip, plate, and rolled bar), ASTM B888, EN 1652 (Cu-DHP / CW024A), JIS H3100 (C1220), and GB/T 2059 (TP2) specifications. We offer complete strip thicknesses from 0.05mm to 3.0mm (0.002 inch to 0.120 inch), slit widths from 5mm to 600mm (0.2 inch to 24 inches), inner coil diameters (ID 75mm, 100mm, 150mm, 300mm, 400mm, 508mm), and custom tempers ranging from dead soft annealed to spring hard.

C12200 Copper Strip Technical Specifications & Temper Selection Matrix

Temper Designation Standard Code & State Thickness Range (mm / inch) Tensile Strength (MPa) Elongation (% in 50mm) Primary Industrial Applications
Soft Annealed (O60) ASTM B152 UNS C12200 O60 0.05mm to 3.0mm (0.002″ – 0.120″) 200 to 260 MPa ≥ 35% Electrical transformer foil windings, deep-drawn radiator caps, flexible connectors & HVAC heat exchanger fins
Quarter Hard (H01) ASTM B152 UNS C12200 H01 0.10mm to 2.5mm (0.004″ – 0.100″) 240 to 300 MPa ≥ 25% Coaxial cable shielding wrap, telecommunication grounding tapes & shallow stamped electrical contacts
Half Hard (H02) ASTM B152 UNS C12200 H02 0.15mm to 2.0mm (0.006″ – 0.080″) 270 to 340 MPa ≥ 12% Automotive radiator header plates, electrical switch terminals, terminal clips & copper gaskets
Full Hard (H04) ASTM B152 UNS C12200 H04 0.20mm to 1.5mm (0.008″ – 0.060″) 330 to 410 MPa ≥ 4% High-spring electrical terminals, burst diaphragms, metallic seals & wear-resistant electronic shims

Metallurgical & Processing Advantages of UNS C12200 (Cu-DHP) Deoxidized Copper Strip

Understanding the key metallurgical properties of C12200 copper strip (Phosphorus Deoxidized High Residual) allows transformer manufacturers and coil winders to optimize electrical efficiency and joinability:

  • Immunity to Hydrogen Embrittlement: Standard ETP copper (C11000) contains oxygen cuprite particles that react with hydrogen at temperatures above 370°C, causing micro-void cracking. C12200 features a controlled residual phosphorus content (0.015%–0.040%) that completely deoxidizes the melt. This guarantees 100% resistance to hydrogen embrittlement during high-temperature furnace brazing and welding.
  • High Conductivity with Superior Formability: C12200 maintains an electrical conductivity of ≥ 85% IACS (thermal conductivity ~350 W/m·K) while offering extreme cold ductility, enabling severe 180-degree flat bends without edge cracking or flaking.
  • Unmatched Weldability & Soft Soldering: Excellent fluidity when joined using silver-brazing alloys or automated TIG/laser welding, forming gas-tight and liquid-tight seals in HVAC fluid lines and heat exchangers.

Precision Slitting, Edge Profiling & Coil Handling Capabilities

To eliminate coil winding jams and ensure smooth feeding into high-speed automated stamping presses, XQJ Metal applies strict slitting and edge finishing protocols for C12200 copper strip orders:

  • Ultra-Tight Thickness & Width Tolerances: Precision cold rolling maintains thickness tolerances down to ±0.005mm (ISO T3/T4 class), while gang slitting ensures width tolerances within ±0.05mm.
  • Custom Burr-Free Edge Conditioning: We supply slit square edges (minimal burr height < 5% of thickness), deburred safety edges, rounded edges (Full Radius / R-edge), and chamfered edges to protect insulation paper in transformer windings.
  • Pancake Coils & Traverse Wound (Spool) Options: Available in standard pancake coils (10kg to 500kg) or continuous traverse-wound spools (up to 1,000kg) to maximize continuous production run-time on automated lines.

Key Industrial, Electrical & Heat Transfer Applications

Our versatile C12200 copper strip products serve as fundamental conductive and thermal elements across global industries:

  • Power Distribution & Transformers: Low-voltage foil windings for dry-type and oil-immersed distribution transformers, reactor coils, and flexible busbar connectors.
  • HVAC & Refrigeration Systems: Heat exchanger cooling fins, evaporator coil strips, solar thermal absorber plates, and refrigeration tubing wrap.
  • Electronics & Cable Manufacturing: High-frequency coaxial cable shielding, fiber optic cable armor tape, printed circuit board (PCB) ground layers, and EMI shielding boxes.
  • Automotive & Industrial Equipment: Heavy-duty radiator core fins, heat sink plates, oil cooler fins, gaskets, and hydraulic seal washers.

Quality Control, Eddy Current Audits & Seaworthy Export Packaging

To ensure flawless surface cleanliness, uniform mechanical tempers, and corrosion-free international transit, XQJ Metal enforces strict Quality Control (QC) standards on every C12200 copper strip shipment:

  • Comprehensive Chemical & Mechanical Audits: Spectrometric alloy verification (Cu purity ≥ 99.90%, P content 0.015%–0.040%), tensile testing, elongation measurement, grain size analysis, and Rockwell/Vickers hardness checks certified with Mill Test Certificates (MTC EN 10204 3.1).
  • Surface & Electrical Inspection: Online optical surface flaw detectors and Kelvin bridge eddy current meters verify surface purity, scale-free bright finish, and electrical conductivity (% IACS).
  • VCI Moisture-Proof Export Packaging: Coils are wrapped in anti-corrosion VCI plastic film, packed with silica gel desiccants, fitted with protective core eye protectors, and secured on ISPM-15 heat-treated wooden pallets for ocean freight.

Frequently Asked Questions (FAQ)

Q1: What is the primary advantage of C12200 copper strip compared to C11000 for transformer windings?

A: C12200 is phosphorus deoxidized (Cu-DHP), making it completely immune to hydrogen embrittlement during high-temperature brazing of transformer leads. It also offers exceptional edge burr control and smooth ductility during tight automated foil winding.

Q2: Can XQJ Metal supply ultra-thin C12200 copper strip with rounded deburred edges for cable shielding?

A: Yes, we provide precision slitting down to 0.05mm thickness and 5mm width, with custom deburred or rounded safety edges to prevent cutting or tearing cable insulation jackets during high-speed wrapping.

To request real-time FOB/CIF spot prices, coil weight calculators, or sample strips for C12200 copper strip, Contact Our Copper Engineering Team today.

Specifications

Item

Specification

Alloy

5083

Temper

O / H111 / H112 / H32

Thickness

0.5 – 6.0 mm

Width

20 – 2600 mm

Surface Finish

Mill Finish

Standard

ASTM B209 / EN 573 / GB/T 3880

Specifications

Item

Specification

Material Grade

C12200

Copper Purity

≥ 99.90%

Thickness

0.05–3.0 mm

Width

10–600 mm

Temper

O / 1/4H / 1/2H / H

Surface Finish

Bright / Mill Finish

Standard

ASTM B152 / EN / GB

Application Areas

Our materials support a wide range of construction and infrastructure projects

Frequently Asked Questions

Any Question?

You can ask anything you want to know Feedback

C12200 copper strip is a phosphorus-deoxidized copper alloy with a slightly higher phosphorus content than C12000, providing improved weldability and brazing performance while maintaining excellent corrosion resistance and thermal conductivity. The appropriate grade should be selected according to the fabrication process and service requirements.

C12200 copper strip offers excellent dimensional consistency, good ductility, and dependable fabrication performance, making it well suited for continuous stamping, bending, forming, and other high-volume manufacturing processes.

C12200 copper strip combines reliable conductivity, corrosion resistance, and stable forming performance, making it an excellent material for electrical connectors, terminals, shielding parts, heat transfer components, and other precision-fabricated industrial products.

1 Why is 5083 aluminum coil used in marine environments?

It offers excellent resistance to seawater corrosion and maintains strength in humid and salt-rich conditions.

C12200 Copper Strip

No. Strength is achieved through strain hardening rather than heat treatment.

Yes. It provides excellent weldability for structural fabrication.

Yes, it is commonly applied in tanks and pressure equipment.

Yes. It provides higher strength compared with most non-heat-treated aluminum alloys.

Yes. Thickness, width and temper can be adjusted based on project demand.

Keep Your Project On Track — On Time and Within Budget

Get a fast, accurate quotation within 24 hours and secure reliable material supply for your next project.

Speak with a Project Specialist

Contact Information

Say something to start a live chat!

Related products:

Color Coated Aluminum Coil

Color Coated Aluminum Coil for Roofing and Architectural Applications

201 Stainless Steel Coil

Cost-Effective Stainless Steel Coils for Decorative and Industrial Applications

6061 Aluminum Coil

High-Strength Aluminum Coil for Structural and Engineering Applications

1060 Aluminum Coil

High-Conductivity Aluminum Coil for Electrical and Thermal Applications

1100 Aluminum Coil

Commercial Pure Aluminum Coil for Decorative and Industrial Applications

3003 Aluminum Coil

Corrosion-Resistant Aluminum Coil for Industrial and Insulation Applications

3004 Aluminum Coil

High-strength 3004 Al-Mn-Mg alloy aluminum coil offering superior mechanical strength compared to 3003 aluminum, excellent corrosion resistance, outstanding deep-drawing performance, and good weldability. Ideal for roofing cladding, siding panels, beverage can bodies, lamp bases, and chemical storage tanks.

5052 Aluminum Coil

Marine-Grade Aluminum Coil for Corrosion-Resistant Applications

5083 Aluminum Coil

High-Strength Marine-Grade Aluminum Coil for Structural Applications

5754 Aluminum Coil

Corrosion-Resistant Aluminum Coil for Transportation and Industrial Applications

5182 Aluminum Coil

High-Formability Aluminum Coil for Automotive and Packaging Applications

304 Stainless Steel Coil

Versatile 304 austenitic stainless steel coil offering excellent corrosion resistance, superior weldability, high ductility, and attractive surface finishes. Ideal for food processing equipment, chemical containers, architectural cladding, kitchenware, and industrial stamping applications.

304L Stainless Steel Coil

Versatile low-carbon 304L austenitic stainless steel coil offering exceptional intergranular corrosion resistance after welding, high ductility, superior weldability, and excellent formability. Ideal for heavy welded structures, chemical storage tanks, food processing equipment, and industrial piping.

316 Stainless Steel Coil

Premium Stainless Steel Coils for Marine and Chemical Applications

316L Stainless Steel Coil

Low-Carbon Stainless Steel Coils for Corrosive and Welded Applications

430 Stainless Steel Coil

Ferritic Stainless Steel Coils for Decorative and Appliance Applications

2205 Duplex Stainless Steel Coil

High-Strength Duplex Stainless Steel Coils for Corrosive Environments

201 Stainless Steel Strip

Cost-Effective Stainless Steel Strip for Precision Stamping Applications

304 Stainless Steel Strip

High-precision 304 austenitic stainless steel strip offering exceptional corrosion resistance, superior stamping formability, high mechanical strength, and tight thickness tolerances. Ideal for precision electronics, automotive components, medical instruments, springs, and industrial gaskets.

304L Stainless Steel Strip

Low-Carbon Stainless Steel Strip for Welded and Precision Applications

316 Stainless Steel Strip

Corrosion-Resistant Stainless Steel Strip for Precision Industrial Applications

316L Stainless Steel Strip

Low-Carbon Stainless Steel Strip for Corrosion-Resistant Precision Applications

430 Stainless Steel Strip

Economical Stainless Steel Strip for Appliance and Decorative Applications

C10200 Copper Strip

Oxygen-Free Copper Strip for High-Purity Electrical Applications

C11000 Copper Strip

Electrolytic Tough Pitch Copper Strip for Electrical and Electronic Applications

C12000 Copper Strip

Phosphorus-Deoxidized Copper Strip for Fabrication and Heat Transfer Applications

Copper Alloy Strip

High-Strength Copper Alloy Strip for Precision Stamping and Electrical Components

Cold Rolled Carbon Steel Coil

High Precision Carbon Steel Coil for Metal Forming and Manufacturing

Hot Rolled Carbon Steel Coil

Hot Rolled Carbon Steel Coil for Structural and Industrial Applications

Galvanized Steel Coil

Galvanized Steel Coil for Corrosion Protection and Industrial Applications

PPGI Coil

PPGI Coil for Roofing, Cladding and Industrial Applications

PPGL Coil

PPGL Coil for Long-Term Weather Resistance and Architectural Applications