CZ136

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DESCRIPTION

Manganese is possibly the most flexible element that can be added to copper alloys. Small additions of manganese are used to deoxidize the alloy and enhance its mechanical strength and castability. Manganese provides a favourable combination and balance of properties like ductility, formability, strain hardening, and strength level parameters.

CHEMICAL COMPOSITION

Elements Min (%) Max (%)
Cu 56.00 59.00
Pb - 3.00
Mn 0.50 1.50
Total Others - 0.70
Zn Remainder

Mechanical Properties according To BS2872 CZ136 (As Per Temper M)

Range (mm) From To UTS Min (N/mm²) PS Min (N/mm²) Elongation Min (%) Hardness Min Hardness Max
Round (Dia) 1.5 18 380 - 20 - -
18 40 350 - 25 - -
40 75 350 - 25 - -
Hex (A/F) 3 18 380 - 20 - -
18 40 350 - 25 - -
40 70 350 - 25 - -
Square (A/F) 3 18 380 - 20 - -
18 40 350 - 25 - -
40 60 350 - 25 - -
Rectangle (Thickness) 3 18 380 - 20 - -
18 40 350 - 25 - -
40 50 350 - 25 - -
PHYSICAL PROPERTIES
Density 8.40 g/cc 0.303 lb/in3
CTE, linear 26.0 ᶙm/m-˚C 14.4 ᶙin/in-˚F
Specific Heat Capacity 0.380 J/g-˚C 0.0908 BTU/lb-˚F
Thermal Conductivity 113 W/m-K 784 BTU-in/hr-ft²-˚F
Melting Point 880-900 ˚C 1620 – 1650 ˚F
Solidus 880 ˚C 1620 ˚F
Liquidus 900 ˚C 1650˚F
FABRICATION PROPERTIES
Machinability (CuZn39Pb3 = 100 %) 80.00%
Capacity for Being Cold Worked Poor
Capacity for Being Hot Worked Equivalent Alloy