Good Corrosion Resistance ASTM B211-03 En Aw-2024 H13 T3 Forging Square Aluminum Bar
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Product Highlights
- Corrosion Resistance: ASTM B211-03 En Aw-2024 H13 T3 forging square aluminum bar with excellent corrosion resistance.
- Fast Stock Delivery: Stock material delivery time is just 3-5 working days.
- Customization Options: Flexible and full customization available for customized products.
- Free Sample Supply: Free samples available for partial materials (freight charge not included).
- Quality Assurance: QC support includes MTC, SGS, UT Certificate with full refund for unapproved quality.
- Wide Payment Terms: Accepts T/T, 100% irrevocable LC at sight, Western Union, PayPal, and D/P.
- Global Standards: Complies with American AA, Japan JIS, German CORUS, Britain DIN, France NF, and ISO standards.
- Established Supplier: Trading company established in 2003 with 17 years of export experience.
Product Attributes
- Customization
- Available
- Product Name
- Aluminum Bar/Rod
- Date Delivery
- 5-30days(According to Product)
- Model NO.
- CJ-AB
- MOQ
- 100kg
- Product Specification
- Consultation
- Transport Package
- Wooden Box Packing
- Specification
- International Standard
- Trademark
- Changjin
- Origin
- Shanghai
- HS Code
- 76061199
- Production Capacity
- 50000ton/Year
Product Images of Good Corrosion Resistance ASTM B211-03 En Aw-2024 H13 T3 Forging Square Aluminum Bar
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Good Corrosion Resistance ASTM B211-03 En Aw-2024 H13 T3 Forging Square Aluminum Bar -
Good Corrosion Resistance ASTM B211-03 En Aw-2024 H13 T3 Forging Square Aluminum Bar -
Good Corrosion Resistance ASTM B211-03 En Aw-2024 H13 T3 Forging Square Aluminum Bar -
Good Corrosion Resistance ASTM B211-03 En Aw-2024 H13 T3 Forging Square Aluminum Bar -
Good Corrosion Resistance ASTM B211-03 En Aw-2024 H13 T3 Forging Square Aluminum Bar -
Good Corrosion Resistance ASTM B211-03 En Aw-2024 H13 T3 Forging Square Aluminum Bar
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Product Description
Product Details:
Our customers are from all over the world, we welcome customers to our company to visit and communicate.
For our products' quality and service's level has been a great help.
FAQ:
Q1:How long time is the shortest delivery?
A1:For stock material,the delivery time is just 3-5 working days.
And for customized product,it will takes 25-35 working days based on different size and quantity.
Q2:Can you supply the sample?Does it free or not?
A2:For partial materials,we can supply the sample free(without the freight charge).
If you want to know more details,please contact our sales online.
Q3:What's the terms of payment?
A3:We can accept T/T,100% irrevocable LC at sight,Western Union,etc,
Q4:How to ensure the quality?
A4: We can supply QC,such as MTC,SGS, UT Certificate,etc.
If our quality is unapproved,we need and will refund full payment to customers
Q4.How can we get your price ?
We need below information to quote for you:
1. Product Name
2. Standard
3. Material Grade (Chemical Composition)
4. Dimension
5. Quantity
6. The Drawing for Special Parts
| NO | American AA | Japan JIS | German CORUS | Britain DIN | France NF | Russian ГOCT | India IS | ISO | EN |
| 1 | BД17/1170 | ||||||||
| 2 | ГOCT4785-1974 | ||||||||
| 3 | Д16/1190 | ||||||||
| 4 | ГOCT4785-1974 | ||||||||
| 5 | B65/1165 | ||||||||
| 6 | ГOCT4785-1974 | ||||||||
| 7 | 2017/A92017 | A2017 | Д1/1110 | 24534 | AL Cu4MgSi | ||||
| 8 | AA/UNS | JIS H4000-1999 | ГOCT4785-1974 | IS733-2001 | ISO 209.1-1989 | ||||
| JIS H4040-1999 | IS737-2001 | ||||||||
| 9 | 2024 | A2024 | AICuMg2/3.1355 | 2024(A-U4G1) | Д16/1160 | 24530 | AICu4Mg1 | EN AW-2024/AI Cu4Mg1 | |
| 10 | AA | JIS H4000-1999 | DIN 1725-1-1986 | NF A50-411 | ГOCT4785-1974 | IS 5902 | ISO 209.1-1989 | EN 573-3-1994 | |
| JIS H4040-1999 | NF A50-451 | ||||||||
| 11 | 2219/A92219 | A2219 | Д20/1201 | AICu6Mn | EN AW-2219/AI Cu6Mn | ||||
| 12 | AA/UNS | JIS H4000-1999 | ГOCT4785-1974 | ISO209.1-1989 | EN 573-3-1994 | ||||
| JIS H4040-1999 | |||||||||
| 13 | 2618/A92618 | A2618 | AK4-1/1141 | ||||||
| 14 | AA/UNS | JIS H4140-1988 | ГOCT4785-1974 | ||||||
| 15 | A2N01 | AK4/1140 | |||||||
| 16 | JIS H4140-1988 | ГOCT4785-1974 | |||||||
| 17 | 2018/A92018 | A2018 | AK2/1120 | ||||||
| 18 | AA/UNS | JIS H4140-1988 | ГOCT4785-1974 | ||||||
| 19 | 2011/A92011 | A2011 | AICuBiPb/3.1655 | 2011(FC1) | 2011(A-U5PbBi) | ~Д1/1110 | AI Cu6BiPb | EN AW-2011/AI Cu6BiPb | |
| 20 | AA/UNS | JIS H4040-1999 | DIN 1725-1-1986 | BS 1470-1988 | NF 50-411 | ГOCT4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |
| JIS H4080-1999 | |||||||||
| 21 | 2014/A92014 | A2014 | AICuSiMn/3.1655 | 2014(H15) | 2014(A-U4SG) | AK8/1380 | 24345 | AI Cu4SiMg | EN AW-2014/AI Cu4SiMg |
| 22 | AA/UNS | JIS H4000-1999 | DIN 1725-1-1986 | BS 14710-1988 | NF A50-411 | ГOCT4785-1974 | IS733-2001 | ISO209.1-1989 | EN 573-3-1994 |
| JIS H4040-1999 | NF A50-451 | IS737-2001 | |||||||
| 23 | 2014A | A2014A | AI Cu4SiMg(A) | EN AW-2014A/AI Cu4SiMg(A) | |||||
| 24 | AA | JIS H4100-1999 | ISO 209.1-1989 | EN 573-3-1994 | |||||
| JIS H4040-1999 | |||||||||
| 25 | 2017A/A92017 | A2017A | AICuMg1/3.1325 | 2017A(A-U4G) | AK21/1120 | 24534 | AI Cu4MgSi(A) | EN AW-2017A/AI Cu4MgSi(A) | |
| 26 | AA/UNS | JIS H4040-1999 | DIN 1725-1-1986 | NF A50-411 | ГOCT4785-1974 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | |
| JIS H4080-1999 | NF A50-451 | IS737-2001 | |||||||
| 27 | 2024/A92024 | A2024 | AICuMg2/3.1355 | 2024(A-U4G1) | Д16/1160 | 24530 | AI Cu4Mg1 | EN AW-2024/AI Cu4Mg1 | |
| 28 | AA/UNS | JIS H4100-1999 | DIN 1725-1-1986 | NF A50-411 | ГOCT47785-1974 | ГOCT47785-1974 | IS 739-2001 | EN 573-3-1994 | |
| JIS H4040-1999 | NF A50-451 | ||||||||
| 29 | 2124/A92124 | Д16Л/1161 | EN AW-2124/AI Cu4Mg1(A) | ||||||
| 30 | AA/UNS | ГOCT4785-1974 | EN 573-3-1994 | ||||||
| 31 | 2117/A92117 | A2117 | AICu2.5Mg0.5/3.1305 | 2117(A-U2G) | AI Cu2.5Mg | EN AW-2117/AI Cu2.5Mg | |||
| 32 | AA/UNS | JIS H4040-1999 | DIN 1725-1-1986 | NFA50-451 | ISO 209.1-1989 | EN 573-3-1994 | |||
| 33 | 2214/A92214 | ~ AK8/1380 | EN AW-2214/AI Cu4SiMg(B) | ||||||
| 34 | AA/UNS | ГOCT4785-1974 | EN 573-3-1994 | ||||||
| 35 | 2218/A92218 | A2218 | 2218(A-U4N) | ||||||
| 36 | AA/UNS | JIS H4140-1988 | NF 50-411 | ||||||
| 37 | 2618/A92618 | A2618 | AK4-1/1141 | ||||||
| 38 | 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 | 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 | AA/UNS | JIS H4040-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |
| JIS H4100-1988 | NF A50-451 | ||||||||
| 45 | 5154/A95154 | A5154 | 5154A(NS5) | 5154A(A-G3C) | AMr3/1530 | AI Mg3.5 | EN AW-5154A/AI Mg3.5(A) | ||
| 46 | AA/UNS | JIS H4000-1999 | BS 1470-1988 | NF A50-411 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||
| NF A50-451 | |||||||||
| 47 | 5456/A95456 | ~A5056 | AIMg5/3.3555 | 5056(A56S) | ~AMr5/1550 | AI Mg5Mn1 | ~EN AW-5019/AI Mg5 | ||
| 48 | AA/UNS | JIS H4040-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||
| JIS H4080-1999 | |||||||||
| 49 | A5005 | AMr6/1560 | |||||||
| 50 | JIS H4040-1999 | ГOCT 4785-1974 | |||||||
| JIS H4100-1988 | |||||||||
| 51 | 5005/A95005 | A5005 | 5005(N41) | 5005(A-G0.6) | AMr1/1510 | 51000-A | AI Mg1(B) | EN AW-5005/AI Mg1(B) | |
| 52 | AA/UNS | JIS H4040-1999 | BS 1470-1988 | NF A50-411 | ГOCT 4785-1974 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | |
| JIS H4100-1988 | NF A50-451 | IS737-2001 | |||||||
| 53 | 5019/A95019 | AIMg5/3.3555 | 5019(NB6) | AMr5/1550 | EN AW-5019/AI Mg5 | ||||
| 54 | AA/UNS | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | ГOCT 4785-1974 | EN 573-3-1994 | ||||
| 55 | 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 | AA/UNS | DIN 1725.1-1986/W-N | BS 1470-1988 | NF A50-451 | ГOCT 4785-1974 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | |
| IS737-2001 | |||||||||
| 57 | 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 | AA/UNS | JIS H4000-1988 | DIN 1725.1-1986/W-Nr. | BS "L" | NF A50-411 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |
| NF A50-451 | |||||||||
| 59 | 5056A95056 | A5056 | AIMg5/3.3555 | 5056(NG6/2L58) | AMr5/1550 | AI Mg5Cr | EN AW-5056A/AI Mg5 | ||
| 60 | AA/UNS | JIS H4040-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988/BS "L" | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||
| JIS H4080-1999 | |||||||||
| 61 | 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 | AA/UNS | JIS H4040-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | |
| JIS H4080-1999 | NF A50-451 | IS737-2001 | |||||||
| 63 | 5086/A95086 | A5086 | AIMg4Mn/3.3545 | 5086(A-G4MC) | AMr4/1540 | AI Mg4 | EN AW-5086/AI Mg4 | ||
| 64 | AA/UNS | JIS H4000-1999 | DIN 1725.1-1986/W-Nr. | NF A50-411 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||
| JIS H4080-1999 | NF A50-451 | ||||||||
| 65 | 5154/A95154 | A5154 | 5154(A-G3C) | AMr3/1530 | AI Mg3.5 | ||||
| 66 | AA/UNS | JIS H4040-1999 | NF A50-411 | ГOCT 4785-1974 | ISO 209.1-1989 | ||||
| JIS H4100-1988 | NF A50-451 | ||||||||
| 67 | 5154A | 5154A(NS5) | 53000 | AI Mg3.5(A) | EN AW-5154A/AI Mg3.5(A) | ||||
| 68 | AA | BS 1470-1988 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||||
| IS737-2001 | |||||||||
| 69 | 5182/A95182 | A5182 | AIMg5Mn/3.3549 | 5182(A-G4.5M) | EN AW-5182/AI Mg4.5Mn0.4 | ||||
| 70 | AA/UNS | JIS H4000-1999 | DIN 1725.1-1986/W-Nr. | NF A50-481 | EN 573-3-1994 | ||||
| 71 | 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 | AA | JIS | CORUS | DIN | NF | ГOCT | IS | ISO | EN |
| 73 | 5251/A95251 | AIMg2Mn0.3/3.3525 | 251(N4/3L80) | 5251(A-G2M) | AMr2/1520 | 52000 | AI Mg2 | EN AW-5251/AI Mg2 | |
| 5 | |||||||||
| 74 | AA/UNS | DIN 1725.1-1986/W-Nr. | BS 1470-1988/BS "L" | NF A50-411 | ГOCT 4785-1974 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | |
| NF A50-451 | IS737-2001 | ||||||||
| 75 | 5356/A95356 | A5356 | AI Mg5Cr(A) | EN AW-5356/AI Mg5Cr(A) | |||||
| 76 | AA/UNS | JIS Z3232-1986 | ISO 209.1-1989 | EN 573-3-1994 | |||||
| 77 | 5454/A95454 | A5454 | AIMg2.7Mn/3.3537 | 5454(N51) | 5454(A-G2.5MC) | AI Mg3Mn | EN AW-5454/AI Mg3Mn | ||
| 78 | AA/UNS | JIS H4040-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 | ISO 209.1-1989 | EN 573-3-1994 | ||
| JIS H4100-1999 | NF A50-451 | ||||||||
| 79 | 5456/A5456 | ~AMr5/1550 | AI Mg5Mn1 | ~EN AW-5456A/AI Mg5Mn1(A) | |||||
| 80 | AA/UNS | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |||||
| 81 | 5554/A95554 | A5554 | 5554(N52) | AI Mg3Mn(A) | EN AW-5554/AI Mg3Mn(A) | ||||
| 82 | 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 | EN 573-3-1994 | ||||
| IS737-2001 | |||||||||
| 87 | 5654/A95654 | A5654 | EN AW-5654/AI Mg3.5Cr | ||||||
| 88 | AA/UNS | JIS H4000-1988 | EN 573-3-1994 | ||||||
| 89 | ~6151 | A6165 | AISiMgCu/3.3214 | AB/1340 | |||||
| 90 | AA | JIS H4040-1999 | DIN 1725.1-1986/W-Nr. | ГOCT 4785-1974 | |||||
| JIS H4100-1999 | |||||||||
| 91 | 6005/A96005 | AI SiMg | EN AW-6005/AI SiMg | ||||||
| 92 | AA/UNS | ISO 209.1-1989 | EN 573-3-1994 | ||||||
| 93 | 6005A | AIMgSi0.7/3.3210 | AI SiMg(A) | EN AW-6005A/AI SiMg(A) | |||||
| 94 | AA | DIN 1725.1-1986/W-Nr. | ISO 209.1-1989 | EN 573-3-1994 | |||||
| 95 | 6082/A96082 | AIMgSi1/3.2315 | 6082(A-SGM0.7) | AД35/1350 | 64430 | AI SiMgMn | EN AW-6082/AI SiMgMn | ||
| 96 | AA/UNS | DIN 1725.1-1986/W-Nr. | NF A50-411 | ГOCT 4785-1974 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||
| NF A50-451 | IS737-2001 | ||||||||
| 97 | 6351/A96351 | AB/1340 | AI SiMg0.5Mn | EN AW-6351/AI SiMg0.5Mn | |||||
| 98 | AA/UNS | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |||||
| 99 | 6060/A96060 | AIMgSi0.5/3.3206 | 6060(A-GS) | AI MgSi | EN AW-6060/AI MgSi | ||||
| 100 | AA/UNS | DIN 1725.1-1986/W-Nr. | NF A50-411 | ISO 209.1-1989 | EN 573-3-1994 | ||||
| 101 | 6061/A96061 | A6061 | AIMgSi1Cu/3.3211 | 6061(N20/H20) | 6061(A-GSUC) | AД33/1330 | 65032 | AI Mg1SiCu | EN AW-6061/AI Mg1SiCu |
| 102 | AA/UNS | JIS H4040-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 | ГOCT 4785-1974 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 |
| JIS H4000-1999 | NF A50-451 | IS737-2001 | |||||||
| 103 | 6063/A96063 | A6063 | 6063(HT9) | (~A-GS) | AД31/1310 | 63400 | AI Mg0.7Si | EN AW-6063/AI Mg0.7Si | |
| 104 | AA/UNS | JIS H4040-1999 | BS 1470-1988 | NF A50-411 | ГOCT 4785-1974 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | |
| JIS H4100-1999 | NF A50-451 | IS737-2001 | |||||||
| 105 | 6063A | AI Mg0.7Si(A) | EN AW-6063A/AI Mg0.7Si(A) | ||||||
| 106 | AA | ISO 209.1-1989 | EN 573-3-1994 | ||||||
| 107 | 6101/A96101 | A6101 | ~E-AIMgSi0.5/3.3207 | E-AI MgSi | EN AW-6101/E-AI MgSi | ||||
| 108 | AA/UNS | JIS H4180-1990 | DIN 1725.1-1986/W-Nr. | ISO 209.1-1989 | EN 573-3-1994 | ||||
| 109 | 6101A | 6101A(E91E) | E-AI MgSi(A) | EN AW-6101A/E-AI MgSi(A) | |||||
| 110 | 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 | 7072/A97072 | A7072 | AI Zn1/3.4415 | Aц1 | EN AW-7072/AI Zn1 | ||||
| 118 | AA/UNS | JIS H4000-1999 | DIN 1725.1-1986/W-Nr. | ГOCT 4785-1974 | EN 573-3-1994 | ||||
| 119 | B94/1940 | ||||||||
| 120 | ГOCT 4785-1974 | ||||||||
| 121 | 7010/A97010 | 7010 | B95/1950 | AI Zn6MgCu | EN AW-7010/AI Zn6MgCu | ||||
| 122 | AA/UNS | BS 1470-1988 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | ||||
| 123 | 7005/A97005 | A7N01 | AцM | 74530 | AI Zn4.5Mg1.5Mn | EN AW-7005/AI Zn4.5Mg1.5Mn | |||
| 124 | AA/UNS | JIS H4080-1999 | ГOCT 4785-1974 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | |||
| JIS H4000-1999 | IS737-2001 | ||||||||
| 125 | ~7079 | ||||||||
| 126 | AA | ||||||||
| 127 | ~7017/A97017 | ≈1925 | |||||||
| 128 | AA/UNS | ГOCT 4785-1974 | |||||||
| 129 | 7003/A97003 | A7003 | EN AW-7003/AI Zn6Mg0.8Zr | ||||||
| 130 | AA/UNS | JIS H4040-1999 | EN 573-3-1994 | ||||||
| JIS H4100-1999 | |||||||||
| 131 | 7005/A97005 | A7N01 | 74530 | AI Zn4.5Mg1.5Mn | EN AW-7005/AI Zn4.5Mg1.5Mn | ||||
| 132 | AA/UNS | JIS H4080-1999 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 | ||||
| JIS H4000-1999 | IS737-2001 | ||||||||
| 133 | 7020/A9020 | AIZn4.5Mg1/3.4335 | 7020(A-Z5G) | ~1925C | AI Zn4.5Mg1 | EN AW-7020/AI Zn4.5Mg1 | |||
| 134 | AA/UNS | DIN 1725.1-1986/W-Nr. | NF A50-411 | ГOCT 4785-1974 | ISO 209.1-1989 | EN 573-3-1994 | |||
| NF A50-451 | |||||||||
| 135 | 7022/A97022 | AIZn1MgCu0.5/3.4345 | EN AW-7022/AI Zn5Mg3Cu | ||||||
| 136 | AA/UNS | DIN 1725.1-1986/W-Nr. | EN 573-3-1994 | ||||||
| 137 | 7050/A97050 | A7050 | AI Zn6CuMgZr | EN AW-7050/AI Zn6CuMgZr | |||||
| 138 | AA/UNS | JIS H4080-1999 | DIN 1725.1-1986/W-Nr. | BS 1470-1988 | NF A50-411 | ГOCT 4785-1974 | IS733-2001 | ISO 209.1-1989 | EN 573-3-1994 |
| JIS H4000-1999 | NF A50-451 | IS737-2001 | |||||||
| 139 | 7475/A9475 | AI Zn5.5MgCu(A) | EN AW-7475/AI Zn5.5MgCu(A) | ||||||
| 140 | 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 | ISO 209.1-1989 | EN 573-3-1994 | |||||
| NF A50-451 | |||||||||
| 147 | 7178 | AI Zn7MgCu | EN AW-7178/AI Zn7MgCu | ||||||
| 148 | AA | ISO 209.1-1989 | EN 573-3-1994 |
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Our customers are from all over the world, we welcome customers to our company to visit and communicate.
For our products' quality and service's level has been a great help.
FAQ:
Q1:How long time is the shortest delivery?
A1:For stock material,the delivery time is just 3-5 working days.
And for customized product,it will takes 25-35 working days based on different size and quantity.
Q2:Can you supply the sample?Does it free or not?
A2:For partial materials,we can supply the sample free(without the freight charge).
If you want to know more details,please contact our sales online.
Q3:What's the terms of payment?
A3:We can accept T/T,100% irrevocable LC at sight,Western Union,etc,
Q4:How to ensure the quality?
A4: We can supply QC,such as MTC,SGS, UT Certificate,etc.
If our quality is unapproved,we need and will refund full payment to customers
Q4.How can we get your price ?
We need below information to quote for you:
1. Product Name
2. Standard
3. Material Grade (Chemical Composition)
4. Dimension
5. Quantity
6. The Drawing for Special Parts
About the Supplier
This supplier has been audited by TÜV Rheinland. Verify the report on the official TÜV Rheinland website with ID "MIC-ASR2541696". Items marked "
" are certified.
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Company Profile
Shanghai Changjin Metal Product Co., Ltd, as one of the subsidiaries of AMHG, the marketing products including: Pipe, plate, bar, coil and etc of stainless steel, aluminium alloy, alloy steel and copper.
Asian Metal Holding Group Co., Ltd(hereinafter to be referred as AMHG), headquarter located at Hongkong invested and founded by Hongkong Lin Consortium in the year 1981, is the leading and modern integrated operator of metal materials in China.
At present AMHG has invested and held 16 wholly-owned or joint venture subsidiaries. We keep close relationship with over 500 suppliers and over 2000 terminal customers and commit ourselves to be the leader of China metal material service enterprise in the circulation field.
Four main business fields of AMHG:
1)Imp. & Exp. Of minerals,
2)sophisticated process of metal materials,
3)domestic and international trade,
4)derivative services of metal material supply chain(Eg: Agent procurement, agent sale, supply chain finance and etc. )
Business model of AMHG:
1)Sourcing materials based on demand and proximity: Keep long-term strategically cooperative relationships with steel mills, source materials via all-round channels, provide advisory consulting of materials selection, introduce new products, agent for procurement and sale.
2)CNC, marketing and delivery based on demand and proximity: Provide CNC, stock, logistics through over 200 supporting enterprises. Increase additive value after processing.
3)Integration the demand from customers: Provide VIP finance service, build a tripartite partnership between Changjin, bank and customers, .
AMHG successfully established a modern service system of metal materials processing, warehousing, distributing, retailing & wholesaling at the main collection and distribution center at Shanghai, Guangzhou, Tianjin, Hangzhou, Qingdao, Ningbo, Wuxi, Foshan and etc. Standard workshop covers over 300, 000 square meters and own over 100 modern production lines, AMHG processing center can provide the service of shearing and processing for the terminal customers, also provide warehousing and delivery for the steel mills, logistics companies and trade companies. AMHG direct their endeavors to the intensive cultivation of metal materials supply-chain to lead the development directions of metal material industry through continuing mode innovation and organization change.
Base on our profound understanding of supply system and our professional team,
We strive to integrate and optimize all resources we have, provide the customer with the whole solution but not only high quality products at reasonable price, one-stop prominent service is our goal.
Our Mission: Let value go on!
About Our Factory & Business Background
-
Business Type
- Trading Company
- Address
- Room 2001, Building B, Weifu Technology Industrial Park, Lane 269, Sizhuan Road, Songjiang District, Shanghai, China
-
Plant Area
- 200 square meters
-
Number of Employees
- 7
-
Registered Capital
- 500,000 RMB
-
Terms of Payment
- LC, T/T, D/P, PayPal, Western Union, Small-amount payment
-
International Commercial Terms(Incoterms)
- FOB, CIF, CFR
-
Average Lead Time
-
Peak Season Lead Time: within 15 workdays, one month
Off Season Lead Time: within 15 workdays, one month -
Nearest Port
- Shanghai Port
-
Minimum Order Quantity
- 1 Ton
-
Supply Chain Partners
- 200
Our Production Capability & Technical Expertise
- Main Products
- Stainless Steel Tube, Alloy Steel Tube, Aluminum Bar, Aluminum Coil, Stainless Steel Plate, Aluminum Sheet, Stainless Steel Bar, Stainless Steel Coil, Alloy Steel Sheet, Aluminum Pipe
-
Customization Options
- Minor Customization, Flexible customization, Full Customization
-
R&D Engineers
- 1 people
Our Industry Experience & Global Business Record
-
Year of Establishment
- 2003-08-12
-
Export Year
- 17 Years
-
Main Markets
- East Asia(Japan/ South Korea)
-
Number of Foreign Trading Staff
- 3
-
Overseas Agent/Branch
- No
-
New Products Launched in Last year
- No
FAQ
- How long time is the shortest delivery?
- For stock material, the delivery time is just 3-5 working days. And for customized product, it will takes 25-35 working days based on different size and quantity.
- Can you supply the sample? Does it free or not?
- For partial materials, we can supply the sample free (without the freight charge). If you want to know more details, please contact our sales online.
- What's the terms of payment?
- We can accept T/T, 100% irrevocable LC at sight, Western Union, etc.
- How to ensure the quality?
- We can supply QC, such as MTC, SGS, UT Certificate, etc. If our quality is unapproved, we need and will refund full payment to customers.
- How can we get your price?
- We need below information to quote for you: 1. Product Name 2. Standard 3. Material Grade (Chemical Composition) 4. Dimension 5. Quantity 6. The Drawing for Special Parts.
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