Cold Rolled Steel Sheets Coil ,SPCC,SPHC high quality

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Tianjin
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TT OR LC
Min Order Qty:
50 m.t.
Supply Capability:
10000 m.t./month

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Product Description:

 SPCC cold rolled steel coil  

 

Product Description :

CRC cold rolled steel coil

 

1.Standard

JIS, DIN, ASTM

2.Grade

SPCC DC01 ST12 SAE1008

For more grades,please contact us.

3.Thickness

0.4mm-2mm

4.Width 

1,000mm, 1,200mm, 1,250mm

5.Place of origin

China

6.Brand 

HUAYE

7.Model 

DC01

8.Type 

Steel coil and Sheet

9.Technique 

Cold rolled 

10.coil weight

3tonn-15ton

11.Application 

Constructions, white appliance manufacturing, etc

 

COLD ROLLED STEEL COIL
THICKNESS: 0.20mm-1.8mm

WIDTH:1000mm-1250mm
SURFACE: BRIGHT ANNEALED, CUTTING EDGE, MATT FINISH
STANDARD:JIS G 3141  SPCC
COIL ID: 508mm/610mm                                                   
COIL WEIGHT:5-10 ton

PACKAGE: COIL TO BE WRAPPED WITH ANTI-RUST PAPER PLUS METAL COVER WORTHY FOR SEA TRANSPORTATION

TERMS OF PAYMENT: 20%  ADVANCED PAYMENT BEFORE PRODUCTION,SELLER RELEASE THE SHIPPING DOCUMENTS AFTER RECEIPT BUYER’S 80% PAYMENT

LABEL INFORMATION:As per customer's request.

Our advantage :

1. Expertise:
   10 years of manufacture: we know how to properly handle  every step of production.
2. Competitive price:
 We produce resin and paint by ourself, which greatly reduce our cost!
3. Accuracy:
 We have a technician team of 40 people and a QC team of 30 poeple, ensure our products is exactly what you want.
4. Materials:
 All color Steel Sheets are made of high-quality raw materials.
5.Certificate:
 Our products are certified by TUV, ISO9001:2008,ISO14001:2004 etc.
6. Productivity:
 We have three large-scale production line, to guarantee all your orders will be finished in earlist time

 

 

 

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Q:Is steel in spacecraft Ulysses?
Steel might have been used in some bolts sure. But.....are you under the impression that Ulysses was ever intended to crash into the Sun or something? You know it wasn't right? It was launched (in the 1980's) to study the Sun. But....uh.....not by crashing into it. Ulysses was even sent out to use Jupiter as a gravitational assist. We are closer to the Sun than Ulysses is..... Even if it did go crash into the Sun though there is absolutely no way that ANY material, natural or manmade, could survive intact all the way to the core of a star. It takes photons of LIGHT something like 100,000 years just to make it out from the core of the Sun to the surface because it is so dense. How do you propose a metal probe making it back the other way? Would it have worse effects than what? The effects, no matter what it was made out of, would be that as it got CLOSE to the Sun it would vaporize. No matter what it was made out of though it would have no affect whatsoever on the Sun. Every single element, without exception, that exists on the Earth and everywhere else in our solar system also exists in the Sun already, in far greater quantities. The planets and Sun all formed out of the same nebula at the same time. The Sun just got massive enough that fusion began and it became a star. There is already more iron in the Sun than there is everything on Earth. If you took every single atom of every element there is on the Earth it would still not add up to even a fraction of the total amount of iron in the Sun.
Q:what is the advantages in using mild steel as raw material in an experimental machining?
It's cheaper than alloyed steels.
Q:what is the densest type of steel alloy?
The density of steels ranges from about 7.7 to a bit over 8.0 g/cm^3, depending on the specific type. Some of the tool steels (a group that contains alloying elements such as cobalt, molybdenum, and tungsten) and some of the stainless steels tend to be the most dense. Steels are a very large family of alloys, having in common that iron is the principal ingredient (They are iron-based, and ALL steels are mostly iron, by definition. Nickel-based superalloys such as inconel and hastelloy are therefore not steels). There are other elements present in steel - usually carbon, at a minimum. The range of carbon content for ordinary steels runs from a trace (~.1% or so) up to a maximum of 2%, theoretically, though actual carbon contents above 1% are fairly rare. Many other elements may be added to produce various types of steels having specific properties. In corrosion-resistant steels, carbon is usually present in only minute quantities, with chromium (400 series) or chromium plus nickel (300 series) being the major alloying additions. In the 400 series grades that can be hardened by heat treatment, hardening is accomplished though the combined effects of the carbon and chromium. The 300 series alloys can be hardened (and strengthened) only through cold working (strain hardening). Density has no direct relationship to tensile strength, BTW.
Q:how to tell if its really stainless steel?
Mel: okorder.com/
Q:Good carbon steel knife?
Well, okorder.com/... They did make other folders in M2 steel, but the thing is those are out of production and the cost is very high. Spyderco made M4 steel folder knives, and so did Benchmade. Although,both are outside of 50$ budget. I guess Opinels are best option.
Q:Moravia’s coal and steel industries face challenges because they _____.?
do not run efficiently is the correct answer
Q:Why do we galvanise steel?
We galvanize steel to protect and prevent steel from rusting or corrosion. Rusting, for the most part is a layman's term that has been used exclusively to describe the chemical OXIDATION reaction of steel or iron with oxygen forming a reddish brown substance called rust. Zinc metal coating also oxidizes but does not form the reddish brown rust. Instead, it forms an oxide, just like the rust, which is iron oxide. The protection created by zinc is because it is more reactive to oxidizers, than steel or iron. Thus, the oxidizer will react with Zinc first before it will react with Iron, hence protecting iron. If the zinc is fully reacted then iron is next. BUT, the zinc oxide formed on the surface of the steel or iron is no longer reactive to oxygen and also creates a good physical barrier so that oxygen will not have chance to even have contact with the underlying steel. Isn't that neat! Here is chemistry at one of its useful best.
Q:what do you use (wet stone or steel) to sharpen a carbon knife blade?
There are many ways to sharpen knives. I guess your question is whether to use the steel that comes with knives, or a stone. Steels are only to straighten the edge, which is stropping. They won't sharpen a truly dull knife. For that you need a real sharpening system, of which a whet stone is one. The edge of a knife will get wavy with use - that's what the steel is for, to true it back up.
Q:Is superman made out of steel?
Superman has no steel in his body. When Superman was called The Man of Tomorrow, which was many years ago, he wasn't made of tomorrow.
Q:Does folding modern steel do anything to enhance a sword?
This Site Might Help You. RE: Does folding modern steel do anything to enhance a sword? I read that contrary to popular belief, today's folded steel swords are only made that way for tradition and cosmetics. In the past steel was very impure and therefore had to be folded in order to make a good sword. Today's steel manufacturing provides very pure steel and so folding the...

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