Global Aluminum Alloy Grade Cross-Reference Chart
Aluminum alloy is a widely used material in fields such as construction, automotive, aerospace, packaging, etc., and the designation standards for aluminum alloy varies in different countries and regions, which brings certain difficulties to the application, communication, and purchase of aluminum alloy. In order to help customers solve this problem, HSTF has compiled a commonly used international aluminum alloy grade cross-reference table. This standardized tool may help you choose the products in a quick and convenient way.
1000 Series Aluminum Alloy Grade Conversion Chart
| EN | USA | China | UK | Japan | France | Germany | India | Russia | ISO |
| EN AW-1050A/Al99.5 | 1050A(L3) | A1050 | 19500 | A99.5 | |||||
| EN AW-1060/ A99.6 |
1060(L2) | A1060 | 19600 | А6 ГОСТ 11069-2001 | A99.6 | ||||
| 1070 | A1070 | 19700 | А7 ГОСТ 11069-2001 | ||||||
| EN AW-1070A/ Al99.7 |
1070A | A99.7 | |||||||
| EN AW-1100/ A99.0CU |
1100(L5-1) | 1100/AIN00 | А0 ГОСТ 11069-2001 | A99.0CU | |||||
| EN AW-1200/ Al99.0 |
1200(L5) | A1200 | 19000 | 99 | |||||
| EN AW-1350/ E-Al99.5 |
1350 | A5E ГОСТ 11069-2001 | E-Al99.5 | ||||||
| EN AW-1370/ E-AI99.7 |
1370 | A7E ГОСТ 11069-2001 | E-Al99.7 | ||||||
| 1A30(L4-1) | AlN30 | A99.3 | |||||||
| EN AW-1050A/ Al99.5 |
1050 | 1A50(LB2) | 1050(1B) | 1050 | 1050A | A199.50 | A5 ГОСТ 11069-2001 | ||
| 1A80 | 1080(1A) | A1080 | 1080A | A199.90 | |||||
| EN AW-1080A/ Al99.8(A) |
1A80A | 19800 | A8 ГОСТ 11069-2001 | 99.8(A) | |||||
| EN AW-1085/ Al99.85 |
1A85(LG1) | A1085 | A85 ГОСТ 11069-2001 | ||||||
| EN AW-1090/ A99.90 |
1A90(LG2) | AIN90 | |||||||
| 1A95 | |||||||||
| 1A97(LG4) | A199.98R | A97 ГОСТ 11069-2001 | |||||||
| 1199 | 1A99 | A199.99R | |||||||
| EN AW-1199/ A99.99 |
1A999(LG5) | AIN99 | A99 ГОСТ 11069-2001 | ||||||
| EN AW-11098/ Al99.98 |
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| A85 | |||||||||
| EN AW-1350/ Al99.5(A) |
2000 Series Aluminum Alloy Grade Conversion Chart
| EN | USA | China | UK | Japan | France | Germany | India | Russia | ISO |
| 2036 | 2A01(LY1) | A2117 | 2117 | AlCu2.5Mg0.5 | 22500 | Д18 ГОСТ 4784-97 | AlCu2.5Mg | ||
| 2A02(LY2) | ВД17 | ||||||||
| 2A06(LY6) | Д19 ГОСТ 4784-97 | ||||||||
| 2A80 | 2N01 | ||||||||
| 2A10(LY11) | B65 ГОСТ 4784-97 | ||||||||
| 2A11(LY11) | HF15 | A2017 | 2017S | AlCuMg1 | 24534 | Al Cu4MgSi | |||
| 2B11(LY8) | A2017A | AlCu5MgSi(A) | |||||||
| EN AW-2024/ AlCu4Mg1 |
2124 | 2A12(LY12) | A2024 | 2024 | AlCuMg2 | 24530 | Д16 ГОСТ 4784-97 | AlCu4MgSi1 | |
| 2B12(LY9) | A2024 | ||||||||
| EN AW-2014/ AICu4Mg |
2014 | 2A14(LD10) | A2014 | AlCuSiMn | 24345 | АК8 ГОСТ 4784-97 | AlCu4MgSi | ||
| EN AW-2019/ AlCu6Mn |
2A16(LY16) | A2219 | Д20 ОСТ 1-90048-78 | AlCu6Mn | |||||
| 2319 | 2B16(LY16-1) | ~A2219 | Д20 ОСТ 1-90048-78 | ~AlCu6Mn | |||||
| 2A17(LY17) | Д1 ГОСТ 4784-97 | ||||||||
| EN AW-2319/ AlCu6Mn(A) |
2A20(LY20) | A2319 | |||||||
| 2A21(214) | A2018 | ||||||||
| 2A50 | АК6, 1360 | ||||||||
| 2A70(LD7) | A2618 | ||||||||
| 2A80(LD8) | A2NO1 | ||||||||
| AK2 | 2218 | 2A90(LD9) | A2018 | ||||||
| EN AW-2011/ AICu6BiPb |
2011 | A2011 | АК6 ГОСТ 4784-97 | AlCu6BiPb | |||||
| EN AW-2014/ AlCu4SiMg |
2014 | 42014 | 24345 | АК8 ГОСТ 4784-97 | AlCu4SiMg | ||||
| EN AW-2014/ AlCu4SiMq(A) |
2014A | A2014A | AlCu4SiMg(A) | ||||||
| 2017 | 42017 | Д1 ГОСТ 4784-97 | AlCu4MgSi | ||||||
| EN AW-2017A/ AlCu4MgSi(A) |
2017A | A2017A | 24534 | Д1 ГОСТ 4784-97 | AlCu4MgSi(A) | ||||
| EN AW-2024/ AlCu4Mg1 |
2024 | 42024 | 24530 | Д16 ГОСТ 4784-97 | AlCu4Mg1 | ||||
| EN AW-2124/ AlCu4Mg1(A) |
2124 | Д16ч ГОСТ 4784-97 | |||||||
| EN AW-2117/ AlCu2.5Mg |
2117 | A2117 | Д18 ГОСТ 4784-97 | AlCu2.5Mg | |||||
| EN AW-2214/ AlCu4SiMg(B) |
2214 | АК8 ГОСТ 4784-97 | |||||||
| 2218 | A2218 | АК4-1 ГОСТ 4784-97 | |||||||
| EN AW-2219/ AlCu6Mn |
2219(LY19.147) | 42219 | AlCu6Mn | ||||||
| 2618 | A2618 | АК4-1 ГОСТ 4784-97 | |||||||
| EN AW-2001/ AlCu5.5MgMn |
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| EN AW-2007/ AlCu4PbMgMn |
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| EN AW-2030/ AlCu4PbMg |
A2030 | ||||||||
| EN AW-2031/ AlCu2.5NIiMg |
22588 | AK4/1140 | |||||||
| EN AW-2618/ AlCu2Mg1.5Ni |
A2618 |
3000 Series Aluminum Alloy Grade Conversion Chart
| EN | USA | China | UK | Japan | France | Germany | India | Russia | ISO |
| EN AW-3003/ AlMn1Cu |
3421(LF21) | A3003 | АМц ГОСТ 4784-97 | AlMn1Cu | |||||
| EN AW-3003/ AlMn1Cu |
3003 | A3003 | 31000 | АМц ГОСТ 4784-97 | AlMn1Cu | ||||
| EN AW-3004/ AIMn1Mg1 |
3004 | A3004 | 31500 | АМг2 ГОСТ 4784-97 | AlMn1Mg1 | ||||
| EN AW-3005/ AlMn1Mg0.5 |
3005 | A3005 | АМц ГОСТ 4784-97 | AlMn1Mg1.5 | |||||
| EN AW-3103/ AlMn1 |
3103 | A3103 | 31000 | AlMn1 | |||||
| EN AW-3105/ AIMn0.5Mg0.5 |
3105 | A3105 | AlMn0.5Mg0.5 | ||||||
| EN AW-3017/ AlMg1Cu0.3 |
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| EN AW-3102/ AlMn0.2 |
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| EN AW-3104/ AlMn1Mg1Cu |
A3104 | ||||||||
| EN AW-3207/ AlMn0.6 |
4000 Series Aluminum Alloy Grade Conversion Chart
| EN | USA | China | UK | Japan | France | Germany | India | Russia | ISO |
| EN AW-4043A/ AISi5(A) |
4A01(LT1) | A4043 | 43000 | AlSi5 | |||||
| EN AW-4032/ AISi2.5MgCuNi |
4A11(LD11) | A4032 | |||||||
| EN AW-4343/ AlSi7.5 |
4A13(LT13) | BA4343 | |||||||
| EN AW-4047A/ AISi12(A) |
4A17(LT17) | A4047 | 46000 | AlSi12 | |||||
| EN AW-4004/ AlSi10Mg1.5 |
4004 | BA4004 | |||||||
| EN AW-4032/ AISi2.5MgCuNi |
4032 | 44032 | |||||||
| 4043 | 44043 | AlSi5 | |||||||
| EN AW-4043A/ AlSi5(A) |
40434 | AlSi5(A) | |||||||
| 4047 | A4047 | AlSi12 | |||||||
| EN AW-4047A/ AlSi12(A) |
4047A | AISi12(A) | |||||||
| EN AW-4006A/ AlSi1Fe |
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| EN AW-4007/ AISi1.5Mn |
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| EN AW-4014/ AlSi2 |
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| EN AW-4015/ AlSi2Mn |
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| EN AW-4045/ AlSi10 |
44045 | ||||||||
| EN AW-4046/ AlSi10Mg |
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| EN AW-4104/ AISi10MgBi |
A4104 |
5000 Series Aluminum Alloy Grade Conversion Chart
| EN | USA | China | UK | Japan | France | Germany | India | Russia | ISO |
| EN AW-5052/AlMn2.5 | 5052 | 5A02(LF2) | NS4 | A5052 | 5052 | A1Mg2.5 | АМг2 ГОСТ 4784-97 | AlMg2.5 | |
| EN AW-5154/ AlMn3.5(A) |
5A03(LF3) | NS5 | A5154 | АМг3 ГОСТ 4784-97 | AlMg3.5 | ||||
| ～EN AW-5019/ AIMg5 |
5056 | 5A05(LF5) | NB6 | A5056 | A1Mg5 | АМг5 ГОСТ 4784-97 | AlMg5Mn1 | ||
| 5B05(LF10) | A5056 | 55000 | АМг5n ГОСТ 4784-97 | AlMg5Cr | |||||
| 5A06(LF6) | АМг6 ГОСТ 4784-97 | ||||||||
| EN AW-5556A/ AIMgMn |
5456 | 5A30(LF16,2103) | NG61 | 5556 | 5957 | 55380 | |||
| EN AW-5051A/ AlMg2(B) |
5A66(LT66(LT66) | ||||||||
| EN AW-5005/ AIMg1(B) |
5005 | A.5005 | 51000-A | АМг1 ГОСТ 4784-97 | AlMg1(B) | ||||
| EN AW-5019/ AlMg5 |
5019 | АМг5 ГОСТ 4784-97 | |||||||
| EN AW-5050/ AlMg1.5© |
5050 | АМг1.5 ГОСТ 4784-97 | AlMg1.5(C) | ||||||
| EN AW-5052/ AlMg2.5 |
5052 | A5052 | АМг2 ГОСТ 4784-97 | AlMg2.5 | |||||
| EN AW-5056A/ AlMg5 |
5056(LF5-1) | A45056 | АМг5 ГОСТ 4784-97 | AlMg5Cr | |||||
| EN AW-5082/ AlMg4.5 |
5082 | A5082 | |||||||
| EN AW-5083/ AlMg4.5Mn0.7 |
5083(LF4) | A5083 | 54300 | AlMg4.5Mn0.7 | |||||
| EN AW-5086/ AlMg4 |
5086 | 45086 | АМг4 ГОСТ 4784-97 | AlMg4 | |||||
| 5154 | A5154 | АМг3 ГОСТ 4784-97 | AlMg3.5 | ||||||
| EN AW-5154A/ AIMg3.5(A) |
5154A | 53000 | AlMg3.5(A) | ||||||
| EN AW-5182/ AIMg4.5Mn0.4 |
5182 | A5182 | |||||||
| EN AW-5183/ AlMg4.5Mn0.7 |
5183 | AlMr4.5 | |||||||
| EN AW-5251/ AlMg2 |
5251 | 52000 | АМг2 ГОСТ 4784-97 | AlMg2 | |||||
| EN AW-5356/ AlMgCr(A) |
5356 | 45356 | AlMg5Cr(A) | ||||||
| EN AW-5454/ AIMg3Mn |
5454 | A5454 | AlMg3Mn | ||||||
| ~EN AW-5456A/ AlMg5Mn1 |
5456 | АМг5 ГОСТ 4784-97 | AlMg5Mn1 | ||||||
| EN AW-5554/ AlMg3Mn(A) |
5554 | 45554 | AlMg3Mn(A) | ||||||
| EN AW-5754/ AIMg3 |
5754 | АМг3 ГОСТ 4784-97 | AlMg3 | ||||||
| EN AW-5556A/ AlMg5Mn |
55380 | ||||||||
| EN AW-5654/ AlMg3.5Cr |
A5654 |
6000 Series Aluminum Alloy Grade Conversion Chart
| EN | USA | China | UK | Japan | India | Russia | ISO |
| 6A02(LD2) | A6165 | АВ ГОСТ 4784-97 | |||||
| 6B02(LD2-1) | A6151 | ||||||
| EN AW-6005/AISiMg | 6005 | AlSiMg | |||||
| EN AW-6005/AISiMg(A) | 6005A | AlSiMg(A) | |||||
| EN AW-6082/AISiMgMn | 6082 | 64430 | АД35 ГОСТ 4784-97 | AlSiMgMn | |||
| EN AW-6181/AISi1Mg0.8 | 6181 | AISi1Mg0.8 | |||||
| EN AW-6351/AlSiMg0.5Mn | 6351 | АВ ГОСТ 4784-97 | AlSiMg0.5Mn | ||||
| EN AW-6060/AlMgSi | 6060 | AlSiMg | |||||
| EN AW-6061/AlMg1SiCu | 6061(LD30) | A6061 | 65032 | АД33 ГОСТ 4784-97 | AlSi1MgCu | ||
| ENAW-6063/AlMg0.7Si | 6063(LD31) | A6063 | 63400 | АД31 ГОСТ 4784-97 | AlMg0.7Si | ||
| EN AW-6063A/AlMg0.7Si(A) | 6063A | AlMg0.7Si(A) | |||||
| EN AW-6101A/E-AlMgSi | 6101 | A6101 | E-AlMgSi | ||||
| EN AW-6101A/E-AlMgSi(A) | 6101A | E-AlMgSi(A) | |||||
| EN AW-6102A/E-AIMgSiPb | |||||||
| EN AW-6081/AlSi0.9MgMn | |||||||
| EN AW-6262/AIMg1SiPb | AlMg1SiPb | ||||||
| EN AW-6401/Al99.9MgSi | |||||||
| EN AW-6463/AlMg0.7Si(B) |
7000 Series Aluminum Alloy Grade Conversion Chart
| EN | USA | China | UK | Japan | France | Germany | India | Russia | ISO |
| EN AW-7072/ AlZn1 |
7A01(LB1) | A7072 | |||||||
| EN AW-7010/ AlZn6MgCu |
7A03(LC3) | ||||||||
| EN AW-7005/ AlZn4.5Mg1.5M |
7A05(705) | A7N01 | 74530 | AlZn4.5Mg1.5Mn | |||||
| EN AW-7075/ AlZn5.5MgCu |
7175 | 7A09(LC9) | A7075 | 7075 | AlZnMgCu1.5 | 76528 | Azn5.5MgCu | ||
| 7A10(LC10) | |||||||||
| 7A52(LC52.5210) | |||||||||
| EN AW-7003/ AlZn6Mg0.8Zr |
7003(LC12) | A7003 | |||||||
| EN AW-7005/ AlZn4.5Mg1.5M |
7005 | A7N01 | 74530 | 1915 ГОСТ 4784-97 | Alzn4.5Mg1.5Mn | ||||
| EN AW-7010/ AlZn6MgCu |
7010 | Alzn6MgCu | |||||||
| EN AW-7020/ AlZn4.5Mg1 |
7020 | AlZn4.5Mg1 | |||||||
| EN AW-7022/ AlZn5Mg3Cu |
7022 | ||||||||
| EN AW-7050/ AlZn6CuMgZr |
7050 | 47050 | Alzn6CuMgzr | ||||||
| EN AW-7075/ AlZn5.5MgCu |
7075 | A7075 | 76528 | В95 ГОСТ 4784-97 | Alzn5.5MgCu | ||||
| EN AW-7075/ AlZn5.5MgCu |
7475 | Alzn5.5MgCu(A) | |||||||
| EN AW-7012/ AlZn6Mg2Cu |
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| EN AW-7049A/ AlZn8MgCu |
Alzn8MgCu | ||||||||
| EN AW-7178/ AlZn7MgCu |
Alzn7MgCu |
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Shandong Hesheng Taifu Aluminum Group Co., Ltd. is a leading aluminum bar producer and exporter in China, and has been recognized as a “China Integrity Enterprise” for many consecutive years. We specialize in the production, processing, and trading of aluminum rods. With over 18 years of experience in the aluminum industry, we can provide a full range of high-quality aluminum rods at competitive prices.