Copper Profiles

1. Very good performance. From the copper profile with high strength, good toughness, good ductility these characteristics we can see that this profile has a very good performance of this application advantage, can rely on this aspect of the application advantage, effectively resist the adverse effects of various external factors.

2. The structure is stable. With high strength, good toughness of these characteristics, the overall structure of copper profile must be very stable, with such a structure, profile can achieve stable and reliable application, has been normal function.

3. Long service life. With rich characteristics, and have many advantages of performance, copper profile can be used in the application, effectively avoid the adverse effects of various external factors, so that the profile is bound to have a long service life.

Grade list of copper and copper alloys by country
Classification	China	Germany	America	Japan	England	Europe	International
oxygen free copper	TU1	2.0076	C10200	C1020R	C103
	TU2	Cu-OF-H110	C11000	c1011	C101
	Vacuum oxygen free copper	E-Cu58	TU00	c1020	6N
	high purity	copper-OFE	c10500	c10700
Silver copper	TAg 0.1	CuAg 0.1	C10400	C1040		CuAg 0.1
brass	H90	CuZn10	C22000	C2200	CZ101	CuZn10	CW501L
	H70	CuZn30	C26000	C2600	CZ106	CuZn30	CW505L
	H68		C26200	C2620		CuZn33	CW506L
	H65	CuZn35	C27000	C2700	CZ107	CuZn36	CW507L
	H63	CuZn37	C27200	C2720	CZ108	CuZn37	CW508L
	H62	CuZn40	C28000	C2800	CZ109		CW509L
bronze	QSn4-0.3	CuSn4	C51100	C5111	PB101	CuSn4	CW450K
	QSn4-0.3	CuSn5	C51000	C5101		CuSn5	CW451K
	QSn6.5-0.1	CuSn6	C51900	C5191	PB103	CuSn6	CW452K
	QSn8-0.3	CuSn8	C52100	C5210		CuSn8	CW453K
	QSn6.5-0.4
copper-nickel	BZn18-18	CuNi18Zn20	C75200	C7521	NS106	CuNi18Zn20
	BZn18-26	CuNi18Zn27	C77000	C7701	NS107	CuNi18Zn27	CW410J
	BZn15-20		C7541		CW409J
	BZn18-10			C7350
pure copper	TU2	OF-Cu58	C10100	C1011	C101	CW008A	copper oxide
	T2	SW——copper	C11000	C1100	C101		copper - FRHC
	TP2	SF-Cu	C12200	C1220	C106	CW024A	copper - DHP
	TP1	SW-copper	C12000	C1201		CW023A	copper DLP

According to EN 13601

`Alloy`	`Temper`	`Tensile Strength(MPa)`	`Yield Strength(MPa)`	`Elongation(%)`	`Hardness(HB)`	`Conductivity(MS/m)`
`Cu-ETP`	`D (Hard as drawn)`	`-`	`-`	`-`	`-`	`56 min`
	`H035`	`-`	`-`	`-`	`35 -65`	`58 min`
	`R200`	`200 min`	`120 max`	`25 min`	`-`	`58 min`
	`H065`	`-`	`-`	`-`	`65 -90`	`57 min`
	`R230`	`230 min`	`160 min`	`-`	`-`	`57 min`
	`R250`	`250 min`	`200 min`	`8 min`	`-`	`57 min`
	`H085`	`-`	`-`	`-`	`85 -110`	`57 min`
	`R300`	`300 min`	`260 min`	`5 min`	`-`	`57 min`

According to ASTM B 187

`Alloy`	`Temper`	`Rod & Bar Strength(mm)`	`Elongation(%)`	`Hardness(HV)`	`Conductivity(MS/m)`
`Cu-ETP`	`O60`	`All sizes`	`25 min`	`57 max`	`58 min`
	`H04`	`For rod: Up to 10 incl.`	`12 min`	`-`	`56 min`
		`Over 10 to 25 incl.`	`12 min`	`89 min`	`56 min`
		`Over 25 to 50 incl.`	`15 min`	`83 min`	`56 min`
		`Over 50 to 75 incl.`	`15 min`	`71 min`	`57 min`
		`Over 75`	`15 min`	`-`	`-`
		`For bar: Up to 10 incl. thickness and up to 110 incl. in width`	`10 min`	`89 min`	`56 min`
		`All other sizes`	`15 min`	`71 min`	`57 min`

According to JIS H 3250

`Alloy`	`Temper`	`Rod & Bar Strength(mm)`	`Tensile Strength(MPa)`	`Elongation(%)`	`Conductivity(MS/m)`
`Cu-ETP`	`O`	`6 or over up to and incl. 10`	`195 min`	`30 min`	`58 min`
	`½ H`	`6 or over up to and incl. 25`	`245 min`	`15 min`	`57 min`
		`over 25 up to and incl. 50`	`225 min`	`20 min`	`57 min`
		`over 50 up to and incl. 75`	`215 min`	`25 min`	`57 min`
	`H`	`6 or over up to and incl. 25`	`275 min`	`-`	`56 min`

According to JIS H 3140

`Alloy`	`Temper`	`Rod & Bar Strength(mm)`	`Tensile Strength(MPa)`	`Elongation(%)`	`Conductivity(MS/m)`
`Cu-ETP`	`O`	`2.0 or over up to and incl. 30`	`195 min`	`35 min`	`58 min`
	`½ H`	`2.0 or over up to and incl. 30`	`215-275`	`25 min`	`57 min`
	`¼ H`	`2.0 or over up to and incl. 20`	`245-315`	`15 min`	`57 min`
	`H`	`2.0 or over up to and incl. 10`	`275 min`	`-`	`56 min`

It is mainly used for making electric equipment such as generator, bus, cable, switchgear, transformer and heat exchanger, pipe, flat plate collector of solar heating device.