C35600 Free Machining Brass

C35600 Free Machining Brass Specification

Size
1.5mm to 125mm

Application
Automotive, Builders Hardware, Consumer Fasteners, Industrial Plumbing

Usage
Automotive, Builders Hardware, Consumer Fasteners, Industrial Plumbing

Processing Type
Extruded & Drawn

Material
Brass

Dimension (L*W*H)
16 Foot (ft)

Tolerance
1.5 to 125 Millimeter (mm)

Product Type
Bars, Rods, Billets, Coils, Hollows, Ingots

Finish
Extruded & Drawn

Surface Finishing
Bright

Color
Golden

Grade
C35600

Alloy
Yes

Temper
1/2 Hard

C35600 Free Machining Brass Trade Information

Minimum Order Quantity
2000 Kilograms

Delivery Time
4 Week

About C35600 Free Machining Brass

C35600 Free machining brass, produced from a combination of copper and zinc, has the highest machinability of all copper alloys, and is the standard against which all the others are compared to. C35600 Brass, known for its strength and resistance to corrosion with properties closely resembling that of steel, is one of the most popular copper alloys used today. C35600 Brass can be precision machined easily. Although ductile in its softened state, C35600 Brass is a strong material to work with and maintains its strength even under some of the most demanding conditions. C35600 Brass forms a thin protective patina, which, unlike steel and iron, will not rust when exposed to the atmosphere. As a high-density material, C35600 Brass is ideal for heavy industrial parts. C35600 Brass is also valued for its high polished finish. C35600 Brass is available in Rounds, Flats, Squares, Hexagons, Shapes and Hollows.

Chemical Composition

Elements	Min (%)	Max (%)
Cu	60.00	63.00
Pb	2.00	3.00
Fe	-	0.15
Total Others	-	0.50
Zn	Remainder

Mechanical Properties according To ASTM 16 (As Per Temper HO2)

Range (Inch)	From	To	UTS Min (ksi )	UTS Max (ksi)	PS Min (ksi)	Elongation Min (%)	Hardness Min (HRB)	Hardness Max (HRB)
Round (Dia)	0.0590	0.500	57	80	25	7	-	-
0.500	1.000	55	70	25	10	60	80
1.000	2.000	50	60	20	15	50	75
2.000	2.957	50	60	20	15	40	70
Hex (A/F)	0.118	0.500	57	80	25	7	-	-
0.500	1.000	55	70	25	10	60	80
1.000	2.000	50	60	20	15	50	75
2.000	2.756	50	60	20	15	40	70
Square (A/F)	0.118	0.500	57	80	25	7	-	-
0.500	1.000	55	70	25	10	60	80
1.000	2.000	50	60	20	15	50	75
2.000	2.362	50	60	20	15	40	70
Octagon (A/F)	0.118	0.500	57	80	25	7	-	-
0.500	1.000	55	70	25	10	60	80
1.000	2.000	50	60	20	15	50	75
2.000	2.362	50	60	20	15	40	70
Rectangle	Thickness	0.118	0.500	50	-	25	10	-	-
Width	0.118	0.500
Thickness	0.500	1.000	45	-	17	15	45	85
Width	0.500	1.000
Thickness	1.000	2.000	40	-	15	20	40	80
Width	1.000	2.756

Range (mm)	From	To	UTS Min (MPa)	UTS Max (MPa)	PS Min (MPa)	Elongation Min (%)	Hardness Min (HRB)	Hardness Max (HRB)
Round (Dia)	1.5	12	395	555	170	7	-	-
12	25	360	485	170	10	60	80
25	50	345	425	140	15	50	75
50	75	345	425	140	15	40	70
Hex (A/F)	1.5	12	395	555	170	7	-	-
12	25	360	485	170	10	60	80
25	50	345	425	140	15	50	75
50	75	345	425	140	15	40	70
Square (A/F)	1.5	12	395	555	170	7	-	-
12	25	360	485	170	10	60	80
25	50	345	425	140	15	50	75
50	75	345	425	140	15	40	70
Octagon (A/F)	1.5	12	395	555	170	7	-	-
12	25	360	485	170	10	60	80
25	50	345	425	140	15	50	75
50	75	345	425	140	15	40	70
Rectangle	Thickness	3	12	345	-	170	10	-	-
Width	3	12
Thickness	12	25	310	-	115	15	45	85
Width	12	25
Thickness	25	50	275	-	105	20	40	80
Width	25	70

Physical Properties

Melting Point Liquidus F	1660
Melting Point Solidus F	1630
Density lb/cu in. at 68F	0.307
Specific Gravity	8.5
Electrical Conductivity% IACS at 68F	26
Thermal Conductivity Btu/ sq ft/ ft hr/ F at 68F	67
Coefficient of Thermal Expansion 68-57210 per F (68 572F)	11.4
Specific Heat Capacity Btu/ lb /F at 68F	0.09
Modulus of Elasticity in Tension ksi	14000
Modulus of Rigidity ksi	5300