• Cold Rolled Steel Sheet Coil JIS G3302 EN10142 ASTM653 ASTM95 System 1
  • Cold Rolled Steel Sheet Coil JIS G3302 EN10142 ASTM653 ASTM95 System 2
  • Cold Rolled Steel Sheet Coil JIS G3302 EN10142 ASTM653 ASTM95 System 3
Cold Rolled Steel Sheet Coil JIS G3302 EN10142 ASTM653 ASTM95

Cold Rolled Steel Sheet Coil JIS G3302 EN10142 ASTM653 ASTM95

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Loading Port:
China main port
Payment Terms:
TT or LC
Min Order Qty:
25 m.t.
Supply Capability:
100000 m.t./month

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Product Name

Cold  Rolled Sheet Coil

Material

SPCC/SPCD/SPCE/DC01/ST12/ ST14/SPCD/DC03/DC04 ect.

Grade Standard

JIS  G3302, EN10142, ASTM653, ASTM95

Thickness

0.15-3.5mm

Width

200mm-1500mm

Coil ID

508-610mm

Coil OD

max  1500mm

Weight

3-15  Tons

Tolerance

Thickness  tolerance:+/-0.02mm; Width tolerance:+5mm -0mm

Surface Treatment

Oiled / Unoiled

Annual Output

350,000MT

Application

Construction, hardware, home applicances, interior decoration

 

General Application of Cold Rolled Steel Coil: 

Classification

Designation

Characteristics

Main  applications

Commercial

Quality

SPCC

SPCCT

Commercial  quality suitable for bending fabrication and simple forming; this is the type  in greatest demand.

Refrigerators,  cabinets, power distribution baords and drums.

Drawing

Quality

SPCD

Drawing quality second only to that of SPCEN.

Excellent uniformity.

Automobile  floor and roof panels.

Deep-drawingQuality

SPCE

SPCF

Deep-drawing  quality.With metallurgically controlled grain size, it retains its beautiful  finish even after being deep-drawn.

Automobile  fenders and quarter panels

Extra deep-drawing Quality

SPCG

Extra-low-carbon  steel sheets with highest workability

Automobile  internal panels and deep-drawn parts

 

Chemical Components

Grade

Chemical Components

C

Mn

P

S

Alt

St12

≤0.10

≤0.50

≤0.035

≤0.025

≥0.020

St13

≤0.08

≤0.45

≤0.030

≤0.025

≥0.020

St14

≤0.08

≤0.40

≤0.025

≤0.020

≥0.020

 

Mechanical Properties

1. Yield Strength: ≤320MPa

2. Tensile Strength: ≤370MPa

3. Elongation (L=50mm, b=25mm) When:

(1) Nominal Thickness <0.25mm: 30%

(2) Nominal Thickness 0.25mm-<0.40: 32%

(3) Nominal Thickness 0.40-<0.60mm: 34%

(4) Nominal Thickness 0.60-<1.0mm: 36%

(5) Nominal Thickness 1.0-<1.6mm: 37%

(6) Nominal Thickness >1.6mm: 38%

Q: Can you reload spent casings if they are steel?
Let me break it down for you. 1) There are two kinds of priming in current use these days -- you cannot tell from the outside which primer it is...only by looking inside the casing. If the casing has a single center primer hole, it is Boxer primed. If the casing has multiple primer holes, none of which is center, it is Berdan primed. Berdan and Boxer are the names of men who designed the priming systems.
Q: I saw an amazing flamenco player, however i have a steel string guitar, where he had a nylon stringed one. So i was wndering if its possible to play flamenco songs on the steel string guitar, and where could i find a tab for it? are there tabs for rasegueados?
I routinely play Flamenco on a steel-string acoustic as I dislike playing my two classicals because of the neck size and tuning problems. I prefer keeping my calluses toughened sufficiently and I do that on my HD-35 Martin and sometimes on my J45/50 Gibson. So enjoy all genres of music on your steel stringed guitar.
Q: What are the environmental considerations of using steel coils?
There are several environmental considerations associated with using steel coils. Firstly, the production of steel coils involves a significant amount of energy and resources. Steel production is a carbon-intensive process, contributing to greenhouse gas emissions, particularly from the use of fossil fuels in the manufacturing process. The extraction and processing of iron ore to produce steel coils also require extensive mining activities, which can lead to habitat destruction and soil erosion. Additionally, the transportation of steel coils can have environmental impacts. Steel coils are generally heavy and bulky, requiring large vehicles for transportation. This can result in increased carbon emissions and air pollution due to the use of fossil fuel-powered transportation methods. Furthermore, the disposal or recycling of steel coils can pose environmental challenges. If steel coils are not properly managed after use, they can end up in landfills or incinerators, contributing to waste generation and potential pollution. However, steel is a highly recyclable material, and by implementing effective recycling practices, the environmental impact of steel coil disposal can be minimized. Lastly, the use of steel coils in construction and manufacturing industries can have indirect environmental impacts. Steel coils are commonly used in the construction of buildings and infrastructure, which can result in deforestation and habitat loss due to land clearing. Moreover, the manufacturing processes that utilize steel coils may generate waste, pollutants, and emissions that can harm ecosystems and human health if not properly regulated and managed. To mitigate the environmental considerations associated with using steel coils, various measures can be taken. These include implementing energy-efficient technologies and practices in steel production, promoting sustainable mining practices, optimizing transportation logistics to reduce emissions, encouraging responsible disposal and recycling of steel coils, and promoting the use of alternative materials or steel products with a lower environmental footprint, such as recycled steel or steel with a higher proportion of recycled content.
Q: How are steel coils unloaded from a truck?
Steel coils are typically unloaded from a truck using a combination of heavy-duty forklifts, cranes, and specialized equipment. The coils are carefully lifted and positioned onto the ground or a designated storage area, ensuring proper safety measures and precautions are followed to prevent any damage or accidents during the unloading process.
Q: What are the common size limitations for steel coils?
The common size limitations for steel coils vary depending on the specific application and manufacturing capabilities. However, typical size limitations for steel coils range from a few millimeters in thickness to several millimeters or even meters in width and length.
Q: which is the most tough and durable steel type ??
Speaking of Building Construction, we use grade 450 and 450B not because of toughness, its because it best serves its purpose, reinforcing concrete structure should provide the enough ductility of structure to resist flexure/bending when loads are imposed on it.
Q: How are steel coils used in the manufacturing of seat belts?
Steel coils are used in the manufacturing of seat belts as they provide the necessary strength and durability to withstand the forces involved in a potential accident. These coils are typically used to reinforce the webbing of the seat belt, ensuring it can effectively restrain passengers in the event of a collision.
Q: Hi, I have ranch style home. I would like to remove a barring wall, And leave it open it will become a 18' foot 7 inch opening , and I'm interested in installing a steel beam so that i may remove the barring wall that supporting the ceiling and rafters. My house is about 57' feet long 28' feet 7 inch wide and it is 13' feet high from the floor to the top of the roof ridge. I heard there is aluminum beams but I never heard of that, I've only heard of steel beams. I don't want to use wood. I would also like to now how much longer do i need the beam to be the opening would be 18'7 plus the extra that i would need to put on the block wall to hold the beam up, do I make it 2' feet bigger so i can have a foot on each side that would sit on a block wall. or do i need more then that.THanks for your help
My okorder for help
Q: Apparently, this has to do something with electrochemical cells.
Steel wood? I don't think there is such a thing?
Q: How are steel coils inspected for camber?
Steel coils are inspected for camber by using a straight edge or a camber gauge, which is placed on top of the coil to measure any deviation from straightness. The operator checks the distance between the straight edge and the coil at various points along its length to determine the amount of camber present.

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