Steel Coil
201J1/J2/J5, 304/304H/304L/304J1, 321, 316L, 317L/316Ti... Austenitic stainless steel coils
Packing FAQ Q1: What is your terms of payment? A: 30% T/T as the upfront deposit, 70% before delivery. We will show you the photos of products and package before you pay the balance. Q2: what is the terms of delivery? A: EXW, FOB, CIF, CFR, DDU Q3: What is the terms of packing? A: generally, we pack ...
430 ferritic stainless steel coil
Applications This highly versatile material is extensively utilized across the global cookware and kitchenware industry. It is the preferred choice for manufacturing a wide array of deep-drawn products, including stainless steel pots, saucepans, mixing bowls, kitchen sinks, and various hollowware. ...
NO8904, S31254, NO8926, NO8367... Super austenitic stainless steel series coils
These four materials all fall into the category of super austenitic stainless steels, designed to withstand extreme corrosive environments where even 316L is inadequate. In simple terms: N08904 is the "veteran champion in acid resistance", S31254 is the "benchmark of six-molybdenum grade", N08926 is ...
2101, 2304, 2205, 2507... Duplex Stainless Steel Coils
These four are all duplex stainless steels. When sorted by alloy content and corrosion resistance from low to high: 2101 < 2304 < 2205 < 2507. What they have in common is that their strength is twice that of 316L, and they possess excellent resistance to stress corrosion cracking. To put it simply: ...
409L, 436L, 439, 441, 444, 443... Ultra-pure ferritic stainless steel coils
Applications This highly versatile material is extensively utilized across the global cookware and kitchenware industry. It is the preferred choice for manufacturing a wide array of deep-drawn products, including stainless steel pots, saucepans, mixing bowls, kitchen sinks, and various hollowware. ...
309S, 310S heat-resistant steel series stainless steel coils
Both types belong to high-chromium-nickel austenitic heat-resistant stainless steels, known as "anti-oxidation pioneers" specially designed for high-temperature oxidation environments. Their core differences lie in alloy content and temperature resistance: 309S is the "cost-effective choice for ...
