Steel Coil or Sheet Cold Rolled of JIS G3141-1996, EN 10131-2006, DIN EN 1002

Steel Coil or Sheet Cold Rolled of JIS G3141-1996, EN 10131-2006, DIN EN 1002 System 1

Steel Coil or Sheet Cold Rolled of JIS G3141-1996, EN 10131-2006, DIN EN 1002

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 25 m.t.

Supply Capability:: 10000 m.t./month

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Specifications

Refrigerators, cabinets, power distribution baords and drums.
Automobile floor and roof panels.

Description

1) Product Name: Cold rolled Steel Coil/sheet/strip

2) Thickness: 0.16mm-1.0mm

3) Width:30mm-1250mm

4) Length: As requested

5) Width tolerance: different as per different width

6) Thickness tolerance: different as per different thickness

7) Weight: According to the different requirement

8) Packing: Mill standard export packing in bundles

9) Country of Origin : China

10)Standard: AISI, ASTM29, DIN16723, EN10130, JIS, GB

11)Grade: SPCC, SPCD, SPCE, SPCH, ST12-15, DC01-06, Q195A-Q235A

12)Width: 30-1250mm (general width: 100mm, 610mm, 1200mm)

Application:

1.For the further producing of hot dip galvanized steel products

2.Auto manufacture, Oil drum, Transformer's tank panel, Furniture etc.

Others

1.Packing: Strapped with min three strapping strips, covered by anti-water paper and plastic film, fixed on the iron or wooden pallets by strapping strips and covered by plastic bag to prevent damage from

2. Payment term: L/C, T/T

3. Delivery date: 15-30 days

Steel Coil or Sheet Cold Rolled of JIS G3141-1996, EN 10131-2006, DIN EN 1002

Q:What is the diffrent Aluminized steel Type 1. stainless steel 409 430?: Alloy steel is a stainless steel. The differences between the two are the composition of the metal. Alloy steel is steel with usually less than 5% of other elements, like molybdenum, copper, chrome while stainless steel is a steel with at least 10-11% of chromium.

Q:I want to experiment with making steel and want to especially make it stronger. And also I want to know if its possible to turn a meteorite into steel?: If you're looking to make steel stronger, I can suggest 2 things: 1. If you're actually smithing the steel yourself, and forging it from hot liquid metal, then if you can get ahold of some Carbon (i have no idea where you can get some), you can add it to the molten steel to make it stronger. Sword Smiths did it all the time back in the Dark Ages. (you'll have to look up the exact Science and Process of how to do it) 2. There's a treatment for steel called Tempering. If you Temper the steel, it makes it stronger. You do this by 1st Forging what you're making. In this case, I'll use a sword. Take the Sword and re-heat it (i dont know the exact temperature) until it glows-hot. You can use a blast furnace, a campfire, or any other extreme-source of heat. Some companies use molten Salt - yes, the Condement, and dip the sword in it until it's glowing-hot. Now you have to super-cool it. This is simple, all you need is Ice water. Submerge the Sword in it, until it's cool to the touch. Now toss the Sword back into your source of extreme Heat. Get it glowing hot, and then take the sowrd out. Set it aside, and let it cool naturally. Once it's cooled, it's TEMPERED, and alot stronger. NOTE: If you stop at the ICE-WATER stage, you'll only succeed in making your Sword BRITTLE. You MUST Continue the Process once Started. - Hope this helps.

Q:which elements are alloyed to make stainless steel?A Fe, CB Fe, MnC Fe, NiD Fe, CrE Fe, Cr, Ni: E. Stainless steel is mainly comprised of Cr and Ni. Steel is an alloy composed mainly of iron. On a side note, Carbon is not really in stainless steel and it is only less than .1%

Q:On how to reinforce steel coils in a container: In the bottom and sides with a thick strip stuck, but also to ensure that the wood will not loosen down...... Rough steel rolls, I saw people loading and unloading on the docks, poked them directly with a small forklift truck, and then reinforced with wooden planks

Q:What are the environmental considerations associated with steel coil production?: The environmental considerations associated with steel coil production include the extraction of raw materials, such as iron ore and coal, which can lead to habitat destruction and air/water pollution. The manufacturing process involves energy-intensive operations and emissions of greenhouse gases, contributing to climate change. Waste generated during production, such as slag and dust, can also have negative impacts on the environment if not properly managed. Additionally, the transportation of steel coils over long distances can result in carbon emissions and increase the overall environmental footprint of the product.

Q:How do steel coils contribute to sustainability efforts?: There are several ways in which steel coils contribute to sustainability efforts. Firstly, steel is a material that can be recycled and reused multiple times without losing its quality or strength. This reduces the need for virgin steel production, which is a process that requires a lot of energy and has a negative impact on the environment. By incorporating recycled steel coils into manufacturing processes, companies can significantly reduce their carbon footprint and conserve natural resources. In addition, steel coils are known for their long lifespan and durability. This means that products made using steel coils, such as automotive parts, construction materials, or appliances, also tend to last longer. This reduces the need for frequent replacements, which in turn reduces waste generation and conserves resources. Moreover, advanced technologies can be used to manufacture steel coils in a more energy-efficient way, resulting in reduced greenhouse gas emissions. Steel manufacturers are increasingly adopting sustainable practices, such as using energy-efficient furnaces, optimizing production processes, and implementing recycling initiatives. These measures help minimize the environmental impact of steel production and contribute to overall sustainability efforts. Furthermore, steel coils are widely used in the construction industry, which plays a vital role in sustainable development. Steel is a crucial component in the construction of energy-efficient buildings and infrastructure, such as green buildings and renewable energy projects. These structures are designed to minimize energy consumption, reduce emissions, and promote resource efficiency. By using steel coils in these sustainable construction projects, the industry can contribute to a greener and more sustainable future. In conclusion, the recyclability, durability, energy-efficient manufacturing processes, and role in sustainable construction make steel coils a valuable contributor to sustainability efforts. By choosing steel coils and promoting their use, companies and industries can reduce their environmental impact, conserve resources, and contribute to building a more sustainable society.

Q:I have some steel wool and a charged 9V Battery, when I connect 2 wires to the battery, then touch the wool with the ends of the wires the wool instantly starts burning, but when I connect 2 wires to the piece of steel wool (a new piece not same one of course) and touch the battery with the ends of the wire nothing happens (see image...): What's happening in the first case is that the initial contact of the wire to the steel wool is not very good and there is a high resistance as the touch is made and there is probably a slight spark that starts the steel wool burning. Now it is even harder to make good contact and the process continues. In the second case there is initially a good contact to the steel wool and there is no spark when the circuit is completed at the battery. It would be difficult to cause the heating and the spark at a distance unless you had a way to remotely cause the wire to lightly touch the steel wool. A gas lighter which uses a flint to create a spark is good for igniting a gas burner which will continue to burn by itself, but probably wouldn't cause the steel wool to burn without the energy coming from the battery to keep it going. Steel wool WILL continue to burn if it's in a pure oxygen atmosphere. You might try hooking the battery up to the steel wool as in the second case and using a spark lighter to start some burning close to one of the wire connections to see if the extra battery power might keep the burning going.

Q:Does anyone know what colour steel is?How hard steel is?The density of steel?Conductivity of steel? (Heat and electricity)Reactivity of steel?Melting and boiling points of steel?And the malleability and ductility of steel?Ive looked all over the net and i cant find anything. Can someone please answer these questions or give me a website?THANKS!: It is usually a grey color, more silver when freshly scratched. Every one of the other questions can range based on the quality of the steel and other variables such as thickness. That's more than likely the reason you couldn't find any info on it. Its hardness is based on quality, for example regular steel is softer than Mild steel. It can be a thin sheet or a thick plate (which could then be changed to a tube Circle or square) etc

Q:When i was 15 i got caught steeling at Super A yes i know i cant believe it. They didnt call the cops or anything they released me to my aunt they took my name and adress and everythimg they said it wouldnt be on my record. But I'm not so sure. Will it be on my record if they didn't call the cops?i live in california. Is there any way i can check my record?: Steeling? What's that? Did you take a piece of steel and weld it? I am confused?

Q:This problem has puzzled me for a long time i always think about why stranded people on islands cant make a proper civilization and i always think it comes down to the ability to work metal. But its not like they could make a steel smelter/furnace out of sand...they would need an older one to use to make the new one...where the hell did the first one come from then????: You don't need steel to make a smelter. Early ones were made of simple materials such as stone (though the first ones developed would be to smelt gold, then bronze, then iron-widespread use of steel is a relatively late innovation) A desert island resident however would be unlikely to have the skills, nor the iron ore to make one.

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