Copper Nickel

C12200 DHP

Strength and Performance in Extreme Environments

C12200 Copper, also known as DHP Phosphorized Copper, is a highly pure copper alloy with 99.9% copper content, deoxidized with phosphorus. This deoxidation process enhances its resistance to hydrogen embrittlement, making it an excellent choice for brazing, welding, soldering, and annealing, especially in hydrogen-rich environments. C12200 is particularly suited for applications requiring deep drawing or severe forming due to its excellent malleability. These properties make it ideal for manufacturing heat exchanger tubes and other components that endure high temperature joining or complex shaping. Its ability to maintain integrity under such conditions ensures reliability and durability in demanding applications, making C12200 a preferred material in industries such as HVAC, plumbing, and power generation. This alloy’s unique combination of purity and performance characteristics supports its widespread use in various critical engineering applications.

Available Shapes for C12200 DHP Copper:

  • Coil
  • Plate
  • Pipe
  • Tube Forging

Available Shapes for

C12200 DHP

Plate
Plate
Pipe
Pipe
Tube
Tube
Coil
Coil

Applications for

C12200 DHP

Heat Exchangers
Downspouts
Gutters
Flashing
Hydraulic Lines
Air Lines
Air Conditioning Tubing
Heater Lines
Decorative Facia

Description

C12200 Copper, also known as DHP Phosphorized Copper, is a highly pure copper alloy with 99.9% copper content, deoxidized with phosphorus. This deoxidation process enhances its resistance to hydrogen embrittlement, making it an excellent choice for brazing, welding, soldering, and annealing, especially in hydrogen-rich environments. C12200 is particularly suited for applications requiring deep drawing or severe forming due to its excellent malleability. These properties make it ideal for manufacturing heat exchanger tubes and other components that endure high temperature joining or complex shaping. Its ability to maintain integrity under such conditions ensures reliability and durability in demanding applications, making C12200 a preferred material in industries such as HVAC, plumbing, and power generation. This alloy’s unique combination of purity and performance characteristics supports its widespread use in various critical engineering applications.

Available Shapes for C12200 DHP Copper:

  • Coil
  • Plate
  • Pipe
  • Tube Forging

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  • Specifications
  • Mechanical Properties
  • Composition
  • Physical Properties
  • Applications
ASTM ASME MILITARY SAE
Bar / Rod ASTM B152 ASME SB133 SAE J461
Pipe / Tube ASTM B75 ASME SB75 MIL-T-24107 SAE J463
TUBE
TEMPER OD WALL TENSILE, KSI, MIN TENSILE, KSI, MAX YIELD, KSI, MIN
H55 All sizes All sizes 36 47 30
H58 All sizes All sizes 36 30
H80 Up to 4″ .020″ to .25″ 45 40
O60 All sizes All sizes 30 9
O50 All sizes All sizes 30 9
PLATE and SHEET
TEMPER COMMON NAME TENSILE, KSI, MIN TENSILE, KSI, MAX Rockwell, F Scale
H00 Eighth Hard 32 40 54-82
H01 Quarter Hard 34 42 60-84
H02 Half Hard 37 46 77-89
H03 Three-quarter Hard 41 50 82-91
H04 Hard 43 52 86-93
H08 Spring 50 58 91-97
M20 Hot Rolled 30 38 up to 75
O25 HR and Annealed 30 38 up to 65
COMMERCIAL
UNS No. Copper Phosphorus
C12200 99.9 min 0.015-.0.040
Density @ 68o F 0.322 lb/in3
Melting Range 1981o F
Hot Formability Excellent
Cold Formability Excellent
Machinability rating (C360 = 100) 20
Brazing Excellent
Soldering Excellent
Gas-shielded arc welding Excellent
Oxy-acetylene welding Good
Carbon-arc welding Not recommended
Coated metal-arc welding Not recommended
Resistant welding: spot and seam Not recommended
Resistance Welding: butt Good
* Downspouts
* Gutters
* Flashing
* Hydraulic Lines
* Air Lines
Oil Lines
* Air Conditioner Tubing
* Heater Lines
* Oil Burner Tubes
* Kettles
* Heat Exchangers