Forging is a manufacturing process where metal is pressed, pounded or squeezed under great pressure to produce high-strength parts. Forged aluminum is ideal for applications where performance and safety are critical but a lighter-weight metal is needed for speed or energy efficiency. The forged aluminum wheels on Daytona racecars are a perfect example. There are primarily three types of forging processes: open-die forging, ideal for larger aluminum components; closed-die forging, well-suited for more intricate designs and tighter tolerances; and ring-rolled forging used to create high-strength ring-shaped applications.
The forging process is used in applications where performance and strength are critical requirements.
Forged components are commonly found at points of stress and shock. Pistons, gears and wheel spindles in high performance automobiles and aircraft are often made from forged aluminum.
Email: info@cjmetals.com.cn
Tel: 0086-021-57629806
alloy:1100、2014、2018、2025、2218、2219、2618、3003、4032、5083、5456、6053、6061、6066、6151、6A02、7050、7075、7175
status:H111、H112、T4、T6、T61、T72、T73、T7352
Quantitative quantity:According to the agreement between the supply and demand
Typical applications:Aircraft engine and diesel engine pistons、Aircraft engine cylinder head、Jet engine impeller and compressor ring、Aircraft wing outer plane beam。
Open-die forging
Ideal for processing large pieces of aluminum, open die presses do not constrain the aluminum billet during the forging process and utilize flat dies free of precut profiles and designs. Aluminum blocks weighing up to 200,000 pounds and 80 feet in length can be open-die forged to create large aluminum components with optimal structural integrity. While welding and joining techniques are useful in creating large components, they cannot match the strength or durability of a forged part. Open-die forgings are limited only by the size of the starting stock.
Closed-die forging
Closed-die forging, also known as impression-die forging, can produce an almost limitless variety of shapes that range in weight from mere ounces to more than 25 tons. As the name implies, two or more dies containing impressions are brought together as forging stock undergoes plastic deformation. Because the dies restrict metal flow, this process can yield more complex shapes and closer tolerances than open-die forging. Impression-die forging accounts for the majority of aluminum forging production.
Rolled-ring forging
When industrial applications call for a high strength, circular cross section component, there is no match for rolled-ring forging. The process typically begins with an open-die forging to create a ring preform, shaped like a doughnut. Next, several rollers apply pressure on the preform until the desired wall thickness and height are achieved. Configurations can be flat, like a washer or feature heights of more than 80 inches. Rings can be rolled into numerous sizes, ranging from roller-bearing sleeves to large pressure vessels.
NO | Country | China(GB/T) | American AA | Japan JIS | German CORUS | Britain DIN | France NF | Russian ГOCT | India IS | ISO | EN |
1 | Grade | 2A01 | BД17/1170 | ||||||||
2 | Standards | GB/T3190-1996 | ГOCT4785-1974 | ||||||||
3 | 2A06 | Д16/1190 | |||||||||
4 | GB/T3190-1996 | ГOCT4785-1974 | |||||||||
5 | 2A10 | B65/1165 | |||||||||
6 | GB/T3190-1996 | ГOCT4785-1974 | |||||||||
7 | 2A11 | 2017/A92017 | A2017 | Д1/1110 | 24534 | AL Cu4MgSi | |||||
8 | GB/T3190-1996 | AA/UNS | JIS H4000-1999 JIS H4040-1999 | ГOCT4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | |||||
9 | 2A11 | 2024 | A2024 | AICuMg2/3.1355 | 2024(A-U4G1) | Д16/1160 | 24530 | AICu4Mg1 | EN AW-2024/AI Cu4Mg1 | ||
10 | GB/T3190-1996 | AA | JIS H4000-1999 JIS H4040-1999 | DIN 1725-1-1986 | NF A50-411 NF A50-451 | ГOCT4785-1974 | IS 5902 | ISO 209.1-1989 | EN 573-3-1994 | ||
11 | 2A16 | 2219/A92219 | A2219 | Д20/1201 | AICu6Mn | EN AW-2219/AI Cu6Mn | |||||
12 | GB/T3190-1996 | AA/UNS | JIS H4000-1999 JIS H4040-1999 | ГOCT4785-1974 | ISO209.1-1989 | EN 573-3-1994 | |||||
13 | 2A70 | 2618/A92618 | A2618 | AK4-1/1141 | |||||||
14 | GB/T3190-1996 | AA/UNS | JIS H4140-1988 | ГOCT4785-1974 | |||||||
15 | 2A80 | A2N01 | AK4/1140 | ||||||||
16 | GB/T3190-1996 | JIS H4140-1988 | ГOCT4785-1974 | ||||||||
17 | 2A90 | 2018/A92018 | A2018 | AK2/1120 | |||||||
18 | GB/T3190-1996 | AA/UNS | JIS H4140-1988 | ГOCT4785-1974 | |||||||
19 | 2011 | 2011/A92011 | A2011 | AICuBiPb/3.1655 | 2011(FC1) | 2011(A-U5PbBi) | ~Д1/1110 | AI Cu6BiPb | EN AW-2011/AI Cu6BiPb | ||
20 | GB/T3190-1996 | AA/UNS | JIS H4040-1999 JIS H4080-1999 | DIN 1725-1-1986 | BS 1470-1988 | NF 50-411 | ГOCT4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||
21 | 2014 | 2014/A92014 | A2014 | AICuSiMn/3.1655 | 2014(H15) | 2014(A-U4SG) | AK8/1380 | 24345 | AI Cu4SiMg | EN AW-2014/AI Cu4SiMg | |
22 | GB/T3190-1996 | AA/UNS | JIS H4000-1999 JIS H4040-1999 | DIN 1725-1-1986 | BS 14710-1988 | NF A50-411 NF A50-451 | ГOCT4785-1974 | IS733-2001 IS737-2001 | ISO209.1-1989 | EN 573-3-1994 | |
23 | 2014A | 2014A | A2014A | AI Cu4SiMg(A) | EN AW-2014A/AI Cu4SiMg(A) | ||||||
24 | GB/T3190-1996 | AA | JIS H4100-1999 JIS H4040-1999 | ISO 209.1-1989 | EN 573-3-1994 | ||||||
25 | 2017A | 2017A/A92017 | A2017A | AICuMg1/3.1325 | 2017A(A-U4G) | AK21/1120 | 24534 | AI Cu4MgSi(A) | EN AW-2017A/AI Cu4MgSi(A) | ||
26 | GB/T3190-1996 | AA/UNS | JIS H4040-1999 JIS H4080-1999 | DIN 1725-1-1986 | NF A50-411 NF A50-451 | ГOCT4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||
27 | 2024 | 2024/A92024 | A2024 | AICuMg2/3.1355 | 2024(A-U4G1) | Д16/1160 | 24530 | AI Cu4Mg1 | EN AW-2024/AI Cu4Mg1 | ||
28 | GB/T3190-1996 | AA/UNS | JIS H4100-1999 JIS H4040-1999 | DIN 1725-1-1986 | NF A50-411 NF A50-451 | ГOCT47785-1974 | ГOCT47785-1974 | IS 739-2001 | EN 573-3-1994 | ||
29 | 2124 | 2124/A92124 | Д16Л/1161 | EN AW-2124/AI Cu4Mg1(A) | |||||||
30 | GB/T3190-1996 | AA/UNS | ГOCT4785-1974 | EN 573-3-1994 | |||||||
31 | 2117 | 2117/A92117 | A2117 | AICu2.5Mg0.5/3.1305 | 2117(A-U2G) | AI Cu2.5Mg | EN AW-2117/AI Cu2.5Mg | ||||
32 | GB/T3190-1996 | AA/UNS | JIS H4040-1999 | DIN 1725-1-1986 | NFA50-451 | ISO 209.1-1989 | EN 573-3-1994 | ||||
33 | 2214 | 2214/A92214 | ~ AK8/1380 | EN AW-2214/AI Cu4SiMg(B) | |||||||
34 | GB/T3190-1996 | AA/UNS | ГOCT4785-1974 | EN 573-3-1994 | |||||||
35 | 2218 | 2218/A92218 | A2218 | 2218(A-U4N) | |||||||
36 | GB/T3190-1996 | AA/UNS | JIS H4140-1988 | NF 50-411 | |||||||
37 | 2618 | 2618/A92618 | A2618 | AK4-1/1141 | |||||||
38 | GB/T 3190-1996 | AA/UNS | JIS H4140-1988 | ГOCT 4785-1974 | |||||||
39 | 2001/A92001 | 2001(A-U6MT) | EN AW-2001/AI Cu5.5MgMn | ||||||||
40 | AA/UNS | NF A50-101 | EN 573-3-1994 | ||||||||
41 | 2007/A92007 | AICuMgPb/3.1645 | EN AW-2007/AI Cu4PbMgMn | ||||||||
42 | AA/UNS | DIN 1725-1-1986 | EN 573-3-1994 | ||||||||
43 | 5A02(LF2) | 5052/A95052 | A5052 | AIMg2.5/3.3523 | 5052(NS4) | 5052(A-G2.5C) | AMr2/1520 | AI Mg2.5 | EN AW-5052/AI Mg2.5 | ||
44 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4100-1988 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 NF A50-451 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||
45 | 5A03(LF3) | 5154/A95154 | A5154 | 5154A(NS5) | 5154A(A-G3C) | AMr3/1530 | AI Mg3.5 | EN AW-5154A/AI Mg3.5(A) | |||
46 | GB/T 3190-1996 | AA/UNS | JIS H4000-1999 | BS 1470-1988 | NF A50-411 NF A50-451 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |||
47 | 5A05(LF5) | 5456/A95456 | ~A5056 | AIMg5/3.3555 | 5056(A56S) | ~AMr5/1550 | AI Mg5Mn1 | ~EN AW-5019/AI Mg5 | |||
48 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4080-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |||
49 | 5A06(LF6) | A5005 | AMr6/1560 | ||||||||
50 | GB/T 3190-1996 | JIS H4040-1999 JIS H4100-1988 | ГOCT 4785-1974 | ||||||||
51 | 5005 | 5005/A95005 | A5005 | 5005(N41) | 5005(A-G0.6) | AMr1/1510 | 51000-A | AI Mg1(B) | EN AW-5005/AI Mg1(B) | ||
52 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4100-1988 | BS 1470-1988 | NF A50-411 NF A50-451 | ГOCT 4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||
53 | 5019 | 5019/A95019 | AIMg5/3.3555 | 5019(NB6) | AMr5/1550 | EN AW-5019/AI Mg5 | |||||
54 | GB/T 3190-1996 | AA/UNS | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | ГOCT 4785-1974 | EN 573-3-1994 | |||||
55 | 5050 | 5050/A95050 | AIMg1.5/3.3316 | 5050(2L44) | 5050(A-G1.5) | AMr1/1510 | 51000-B | AI Mg1.5(C) | EN AW-5050/AI Mg1.5(C) | ||
56 | GB/T 3190-1996 | AA/UNS | DIN 1725.1-1986/W-N | BS 1470-1988 | NF A50-451 | ГOCT 4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||
57 | 5052 | 5052/A95052 | A5052 | AIMg2.5/3.3523 | 5052(2155) | 5052(A-G2.5C) | AMr2/1520 | AI Mg2.5 | EN AW-5052/AI Mg2.5 | ||
58 | GB/T 3190-1996 | AA/UNS | JIS H4000-1988 | DIN 1725.1-1986/W-Nr. | BS "L" | NF A50-411 NF A50-451 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||
59 | 5056(LF5-1) | 5056A95056 | A5056 | AIMg5/3.3555 | 5056(NG6/2L58) | AMr5/1550 | AI Mg5Cr | EN AW-5056A/AI Mg5 | |||
60 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4080-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988/BS "L" | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |||
61 | 5083 | 5083/A95083 | A5083 | AIMg4.5Mn/3.3547 | 5083(NT8) | 5083(A-G4.5MC) | 54300 | AI Mg4.5Mn0.7 | EN AW-5083/AI Mg4.5Mn0.7 | ||
62 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4080-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 NF A50-451 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||
63 | 5086 | 5086/A95086 | A5086 | AIMg4Mn/3.3545 | 5086(A-G4MC) | AMr4/1540 | AI Mg4 | EN AW-5086/AI Mg4 | |||
64 | GB/T 3190-1996 | AA/UNS | JIS H4000-1999 JIS H4080-1999 | DIN 1725.1-1986/W-Nr. | NF A50-411 NF A50-451 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |||
65 | 5154 | 5154/A95154 | A5154 | 5154(A-G3C) | AMr3/1530 | AI Mg3.5 | |||||
66 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4100-1988 | NF A50-411 NF A50-451 | ГOCT 4785-1974 | ISO 209.1-1989 | |||||
67 | 5154A | 5154A | 5154A(NS5) | 53000 | AI Mg3.5(A) | EN AW-5154A/AI Mg3.5(A) | |||||
68 | GB/T 3190-1996 | AA | BS 1470-1988 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | |||||
69 | 5182 | 5182/A95182 | A5182 | AIMg5Mn/3.3549 | 5182(A-G4.5M) | EN AW-5182/AI Mg4.5Mn0.4 | |||||
70 | GB/T 3190-1996 | AA/UNS | JIS H4000-1999 | DIN 1725.1-1986/W-Nr. | NF A50-481 | EN 573-3-1994 | |||||
71 | 5183 | 5183/A95183 | A5183 | AIMg4.5Mn/3.3547 | 5183(NG8) | (~A-G4.5MC) | AMr4.5 | AI Mg4.5Mn0.7(A) | EN AW-5183/AI Mg4.5Mn0.7(A) | ||
72 | 中国(GB/T) | 美国AA | 日本JIS | 德国CORUS | 英国DIN | 法国NF | 俄罗斯ГOCT | 印度IS | 国际标准化组织ISO | 欧洲标准 EN | |
73 | 5251 | 5251/A95251 | AIMg2Mn0.3/3.3525 | 251(N4/3L80) 5 | 5251(A-G2M) | AMr2/1520 | 52000 | AI Mg2 | EN AW-5251/AI Mg2 | ||
74 | GB/T 3190-1996 | AA/UNS | DIN 1725.1-1986/W-Nr. | BS 1470-1988/BS "L" | NF A50-411 NF A50-451 | ГOCT 4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||
75 | 5356 | 5356/A95356 | A5356 | AI Mg5Cr(A) | EN AW-5356/AI Mg5Cr(A) | ||||||
76 | GB/T 3190-1996 | AA/UNS | JIS Z3232-1986 | ISO 209.1-1989 | EN 573-3-1994 | ||||||
77 | 5454 | 5454/A95454 | A5454 | AIMg2.7Mn/3.3537 | 5454(N51) | 5454(A-G2.5MC) | AI Mg3Mn | EN AW-5454/AI Mg3Mn | |||
78 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4100-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 NF A50-451 | ISO 209.1-1989 | EN 573-3-1994 | |||
79 | 5456 | 5456/A5456 | ~AMr5/1550 | AI Mg5Mn1 | ~EN AW-5456A/AI Mg5Mn1(A) | ||||||
80 | GB/T 3190-1996 | AA/UNS | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||||||
81 | 5554 | 5554/A95554 | A5554 | 5554(N52) | AI Mg3Mn(A) | EN AW-5554/AI Mg3Mn(A) | |||||
82 | GB/T 3190-1996 | AA/UNS | JIS H4160-1994 | BS 1470-1988 | ISO 209.1-1989 | EN 573-3-1994 | |||||
83 | 5049/A95049 | AIMg2Mn0.8/3.3527 | 5049 | EN AW-5049/AI Mg2Mn0.8 | |||||||
84 | AA/UNS | DIN 1725.1-1986/W-Nr. | NF A50-451 | EN 573-3-1994 | |||||||
85 | 5556/A95556 | A5556 | 5556(N61) | 55380 | EN AW-5556A/AI Mg5Mn | ||||||
86 | AA/UNS | JIS H33263-1992 | BS 1470-1988 | IS733-2001 IS737-2001 | EN 573-3-1994 | ||||||
87 | 5654/A95654 | A5654 | EN AW-5654/AI Mg3.5Cr | ||||||||
88 | AA/UNS | JIS H4000-1988 | EN 573-3-1994 | ||||||||
89 | 6A02(LD2) | ~6151 | A6165 | AISiMgCu/3.3214 | AB/1340 | ||||||
90 | GB/T 3190-1996 | AA | JIS H4040-1999 JIS H4100-1999 | DIN 1725.1-1986/W-Nr. | ГOCT 4785-1974 | ||||||
91 | 6005 | 6005/A96005 | AI SiMg | EN AW-6005/AI SiMg | |||||||
92 | GB/T 3190-1996 | AA/UNS | ISO 209.1-1989 | EN 573-3-1994 | |||||||
93 | 6005A | 6005A | AIMgSi0.7/3.3210 | AI SiMg(A) | EN AW-6005A/AI SiMg(A) | ||||||
94 | GB/T 3190-1996 | AA | DIN 1725.1-1986/W-Nr. | ISO 209.1-1989 | EN 573-3-1994 | ||||||
95 | 6082 | 6082/A96082 | AIMgSi1/3.2315 | 6082(A-SGM0.7) | AД35/1350 | 64430 | AI SiMgMn | EN AW-6082/AI SiMgMn | |||
96 | GB/T 3190-1996 | AA/UNS | DIN 1725.1-1986/W-Nr. | NF A50-411 NF A50-451 | ГOCT 4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | |||
97 | 6351 | 6351/A96351 | AB/1340 | AI SiMg0.5Mn | EN AW-6351/AI SiMg0.5Mn | ||||||
98 | GB/T 3190-1996 | AA/UNS | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||||||
99 | 6060 | 6060/A96060 | AIMgSi0.5/3.3206 | 6060(A-GS) | AI MgSi | EN AW-6060/AI MgSi | |||||
100 | GB/T 3190-1996 | AA/UNS | DIN 1725.1-1986/W-Nr. | NF A50-411 | ISO 209.1-1989 | EN 573-3-1994 | |||||
101 | 6061(LD30) | 6061/A96061 | A6061 | AIMgSi1Cu/3.3211 | 6061(N20/H20) | 6061(A-GSUC) | AД33/1330 | 65032 | AI Mg1SiCu | EN AW-6061/AI Mg1SiCu | |
102 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4000-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 NF A50-451 | ГOCT 4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | |
103 | 6063(LD31) | 6063/A96063 | A6063 | 6063(HT9) | (~A-GS) | AД31/1310 | 63400 | AI Mg0.7Si | EN AW-6063/AI Mg0.7Si | ||
104 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4100-1999 | BS 1470-1988 | NF A50-411 NF A50-451 | ГOCT 4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||
105 | 6063A | 6063A | AI Mg0.7Si(A) | EN AW-6063A/AI Mg0.7Si(A) | |||||||
106 | GB/T 3190-1996 | AA | ISO 209.1-1989 | EN 573-3-1994 | |||||||
107 | 6101 | 6101/A96101 | A6101 | ~E-AIMgSi0.5/3.3207 | E-AI MgSi | EN AW-6101/E-AI MgSi | |||||
108 | GB/T 3190-1996 | AA/UNS | JIS H4180-1990 | DIN 1725.1-1986/W-Nr. | ISO 209.1-1989 | EN 573-3-1994 | |||||
109 | 6101A | 6101A | 6101A(E91E) | E-AI MgSi(A) | EN AW-6101A/E-AI MgSi(A) | ||||||
110 | GB/T 3190-1996 | AA | BS 2898-1988 | ISO 209.1-1989 | EN 573-3-1994 | ||||||
111 | 6081/A96081 | 6081(A-SGM0.3) | EN AW-6081/AI Si0.9MgMn | ||||||||
112 | AA/UNS | NF A50-451 | EN 573-3-1994 | ||||||||
113 | 6262/A96262 | 6262 | AI Mg1SiPb | EN AW-6262/AI Mg1SiPb | |||||||
114 | AA/UNS | BS 2898-1988 | ISO 209.1-1989 | EN 573-3-1994 | |||||||
115 | 6463/A96463 | 6463(91E/E6) | EN AW-6463/AI Mg0.7Si(B) | ||||||||
116 | AA/UNS | BS 1474-1988 | EN 573-3-1994 | ||||||||
117 | 7A01(LB1) | 7072/A97072 | A7072 | AI Zn1/3.4415 | Aц1 | EN AW-7072/AI Zn1 | |||||
118 | GB/T 3190-1996 | AA/UNS | JIS H4000-1999 | DIN 1725.1-1986/W-Nr. | ГOCT 4785-1974 | EN 573-3-1994 | |||||
119 | 7A03(LC3) | B94/1940 | |||||||||
120 | GB/T 3190-1996 | ГOCT 4785-1974 | |||||||||
121 | 7A04(LC4) | 7010/A97010 | 7010 | B95/1950 | AI Zn6MgCu | EN AW-7010/AI Zn6MgCu | |||||
122 | GB/T 3190-1996 | AA/UNS | BS 1470-1988 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |||||
123 | 7A05(705) | 7005/A97005 | A7N01 | AцM | 74530 | AI Zn4.5Mg1.5Mn | EN AW-7005/AI Zn4.5Mg1.5Mn | ||||
124 | GB/T 3190-1996 | AA/UNS | JIS H4080-1999 JIS H4000-1999 | ГOCT 4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||||
125 | 7A10(LC10) | ~7079 | |||||||||
126 | GB/T 3190-1996 | AA | |||||||||
127 | 7A52(LC52\5210) | ~7017/A97017 | ≈1925 | ||||||||
128 | GB/T 3190-1996 | AA/UNS | ГOCT 4785-1974 | ||||||||
129 | 7003(LC12) | 7003/A97003 | A7003 | EN AW-7003/AI Zn6Mg0.8Zr | |||||||
130 | GB/T 3190-1996 | AA/UNS | JIS H4040-1999 JIS H4100-1999 | EN 573-3-1994 | |||||||
131 | 7005 | 7005/A97005 | A7N01 | 74530 | AI Zn4.5Mg1.5Mn | EN AW-7005/AI Zn4.5Mg1.5Mn | |||||
132 | GB/T 3190-1996 | AA/UNS | JIS H4080-1999 JIS H4000-1999 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | |||||
133 | 7020 | 7020/A9020 | AIZn4.5Mg1/3.4335 | 7020(A-Z5G) | ~1925C | AI Zn4.5Mg1 | EN AW-7020/AI Zn4.5Mg1 | ||||
134 | GB/T 3190-1996 | AA/UNS | DIN 1725.1-1986/W-Nr. | NF A50-411 NF A50-451 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||||
135 | 7022 | 7022/A97022 | AIZn1MgCu0.5/3.4345 | EN AW-7022/AI Zn5Mg3Cu | |||||||
136 | GB/T 3190-1996 | AA/UNS | DIN 1725.1-1986/W-Nr. | EN 573-3-1994 | |||||||
137 | 7050 | 7050/A97050 | A7050 | AI Zn6CuMgZr | EN AW-7050/AI Zn6CuMgZr | ||||||
138 | GB/T 3190-1996 | AA/UNS | JIS H4080-1999 JIS H4000-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 NF A50-451 | ГOCT 4785-1974 | IS733-2001 IS737-2001 | ISO 209.1-1989 | EN 573-3-1994 | |
139 | 7475 | 7475/A9475 | AI Zn5.5MgCu(A) | EN AW-7475/AI Zn5.5MgCu(A) | |||||||
140 | GB/T 3190-1996 | AA/UNS | ISO 209.1-1989 | EN 573-3-1994 | |||||||
141 | 7010 | AI Zn6MgCu | EN AW-7010/AI Zn6MgCu | ||||||||
142 | AA | ISO 209.1-1989 | EN 573-3-1994 | ||||||||
143 | 7012 | EN AW-7012/AI Zn6Mg2Cu | |||||||||
144 | AA | EN 573-3-1994 | |||||||||
145 | 7049A | 7049A(A-Z8GU) | AI Zn8MgCu | EN AW-7049A/AI Zn8MgCu | |||||||
146 | AA | NF A50-411 NF A50-451 | ISO 209.1-1989 | EN 573-3-1994 | |||||||
147 | 7178 | AI Zn7MgCu | EN AW-7178/AI Zn7MgCu | ||||||||
148 | AA | ISO 209.1-1989 | EN 573-3-1994 |