Copper Nickel

C36500 Leaded Muntz

Strength and Performance in Extreme Environments

C36500 Leaded Muntz is a copper alloy enriched with zinc, tin, and lead, striking an excellent balance between strength, corrosion resistance, and superior machinability. While it offers comparable strength and corrosion resistance to C46400 Naval Brass, its higher lead content significantly enhances machinability, making it ideal for various applications. Historically, C36500 gained prominence in the shipbuilding industry as a hull liner and has since become a preferred choice in the pressure vessel sector, especially for tube-sheets and condenser plates. Beyond industrial uses, its warm reddish-gold hue and corrosion resistance make C36500 Leaded Muntz suitable for decorative and architectural applications. This alloy’s versatility and durability ensure it remains a sought-after material, appealing to both functional and aesthetic needs across diverse industries. With its rich history and broad applicability, C36500 continues to be a valuable resource in modern manufacturing and design.

Available Shapes for

C36500 Leaded Muntz

Plate
Plate

Applications for

C36500 Leaded Muntz

Architectural
Architectural Trimwork
Baffles
Condensers
Evaporators
Fasteners
Feedwater Heaters
Heat Exchangers
Tubesheets

Description

C36500 Leaded Muntz is a copper alloy enriched with zinc, tin, and lead, striking an excellent balance between strength, corrosion resistance, and superior machinability. While it offers comparable strength and corrosion resistance to C46400 Naval Brass, its higher lead content significantly enhances machinability, making it ideal for various applications. Historically, C36500 gained prominence in the shipbuilding industry as a hull liner and has since become a preferred choice in the pressure vessel sector, especially for tube-sheets and condenser plates. Beyond industrial uses, its warm reddish-gold hue and corrosion resistance make C36500 Leaded Muntz suitable for decorative and architectural applications. This alloy’s versatility and durability ensure it remains a sought-after material, appealing to both functional and aesthetic needs across diverse industries. With its rich history and broad applicability, C36500 continues to be a valuable resource in modern manufacturing and design.

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Test Image
  • Specifications
  • Mechanical Properties
  • Composition
  • Physical Properties
  • Applications
ASTM ASME
Plate B-171 SB-171
Plate
TEMPER SIZE TENSILE, KSI, MIN YIELD@0.5%, KSI, MIN Elong. % Min
M20 3″ and under 50 20 35
O25 over 3″ to 5″ 50 18 35
UNS No. Copper + Silver Tin Lead Iron Zinc
C36500 58.0-61.0 0.25 max 0.25-0.70 0.15 max Remainder
Density @ 68o F 0.304 lb/in3
Melting Range 1625o -1650o F
Hot Formability Good
Cold Formability Limited
Machinability rating (C360 = 100) 60
Brazing Good
Soldering Excellent
Gas-shielded arc welding Fair
Oxy-acetylene welding Fair
Carbon-arc welding Not recommended
Coated metal-arc welding Not recommended
Resistant welding: spot and seam Not recommended
Resistance Welding: butt Fair
* Condensers
* Evaporators
* Tubesheets
* Heat Exchangers
* Fasteners
* Feedwater Heaters
* Architectural