0.12mm-1.3mm Thickness Prepainted Galvanized Steel Coil

0.12mm-1.3mm Thickness Prepainted Galvanized Steel Coil

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 25 m.t.

Supply Capability:: 10000 m.t./month

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Additional Info.

Packing:Export Standard Package or as Request

Standard:AISI, ASTM, BS, DIN, GB, JIS

Origin:China

HS Code:7210701000

Production Capacity:150, 000tons/Year

Specifications:

1. Thickness: 0.12mm-1.3mm
2. Width: 600mm-1250mm
3. Length: According to client's demands
4. Top paint: 15 to 25 um (5 um + 12-20 um)
Back paint: 7 +/- 2 um
5. Gloss: Normal or High gloss
6. Zinc coating: Z50-Z275G/psm
7. Inside Diameter: 508mm/610mm
8. Outside Diameter: 1000mm-1500mm
9. Coil weight: 3-8 tons
10. Payment: T/T, L/C, D/P, Paypal, Western Union
11. Trade Term: FOB, CFR, CIF
12. MOQ: 25 Mt
13. Package: Export standard package or as request
14. Shipment: By container
15. Standard: AISI, ASTM, BS, DIN, GB, JIS
16. Grade: JIS G3322, CGLCC, ASTM A755, CS-B

0.12mm-1.3mm Thickness Prepainted Galvanized Steel Coil

FAQ

1.What's your MOQ?
25MT, it is for one container.
2.Do you have QC teams?
Yeah, sure, our QC team is very important, they will keep the quality control for our products.
3. What's your normal delivery time?
Our delivery time about 10-20days for standard sizes, if you have other requirements like hardness and width ,it is about 20-40days. But don't worry ,we also try our best for the delivery time ,because time longer and our cost is higher.
4.Are the products tested before shipping?
Yes, all of our PPGI and GI was qualified before shipping. We test every batch every day

Q: How does the thickness of a steel coil affect its applications?: The thickness of a steel coil has a significant impact on its applications. The thickness determines the strength, durability, and versatility of the steel, making it suitable for various uses across different industries. In applications where strength is crucial, such as the construction industry, thicker steel coils are preferred. Thicker coils provide higher structural integrity and load-bearing capacity, which is essential in buildings, bridges, and infrastructure projects. Thicker steel coils also offer better resistance to bending, warping, and other forms of deformation, making them ideal for heavy-duty applications. The thickness of a steel coil also affects its durability. Thicker coils have a higher resistance to wear, corrosion, and damage, making them suitable for harsh environments or applications that involve constant friction or exposure to elements. For example, thicker steel coils are commonly used in manufacturing heavy machinery, automotive parts, and mining equipment, where durability is paramount. Furthermore, the thickness of a steel coil determines its versatility and adaptability. Thinner coils can be easily formed into different shapes and sizes, making them suitable for applications that require intricate designs or tight tolerances. Industries such as automotive, aerospace, and consumer electronics often rely on thinner steel coils for their lightweight and flexible nature. On the other hand, thicker steel coils may limit the range of applications due to their weight and reduced flexibility. They are more suitable for applications that prioritize strength and durability over versatility. These applications include structural components, large-scale machinery, and industrial equipment. In summary, the thickness of a steel coil plays a crucial role in determining its applications. Thicker coils offer increased strength, durability, and resistance, making them ideal for heavy-duty applications in construction and manufacturing industries. Thinner coils, on the other hand, provide versatility and adaptability, making them suitable for applications that require intricate designs or lightweight properties.

Q: How are steel coils used in the production of electrical appliances?: Steel coils are used in the production of electrical appliances as the primary component for creating electromagnets. These electromagnets are crucial for various functions in appliances such as motors, transformers, and generators. The steel coils are wound with copper wires and when an electric current is passed through them, they generate a magnetic field, allowing the appliance to operate efficiently.

Q: What are the different coil leveling line configurations used for steel coils?: There are several different coil leveling line configurations used for steel coils, each designed to meet specific requirements and preferences in the steel industry. Some of the commonly used coil leveling line configurations include: 1. Straightener - This configuration consists of a straightening machine that is used to remove any coil shape defects or distortion. It typically features a series of rollers that apply pressure to the coil, gradually straightening it out. 2. Leveler - A leveler configuration is used to flatten the coil, ensuring a consistent thickness throughout. This configuration typically utilizes a series of rollers that apply pressure to the coil, flattening it out to the desired thickness. 3. Combination Straightener/Leveler - This configuration combines the functions of straightening and leveling into a single machine. It features a combination of rollers and straightening elements, allowing for both shape correction and thickness leveling in a single pass. 4. Looping Pit - In this configuration, the coil is fed into a looping pit, which allows for the accumulation of coils to be processed continuously. The looping pit provides a buffer between the entry and exit sections of the leveling line, enabling continuous operation and accommodating variations in coil supply and demand. 5. Tension Leveler - A tension leveler configuration applies tension to the coil during the leveling process. This tension helps to remove shape defects and ensures a flat, uniform surface. 6. Rotary Shear - This configuration incorporates a rotary shear that cuts the coil to the desired length after it has been leveled. The rotary shear is typically synchronized with the speed of the leveling line to ensure accurate and precise cutting. These are just a few examples of the different coil leveling line configurations used for steel coils. The choice of configuration depends on various factors such as the desired final product specifications, coil dimensions, processing speed requirements, and budget considerations.

Q: How are steel coils protected during shipping?: Various measures are implemented to safeguard steel coils during shipping, guaranteeing their safety and preventing any harm. One widely used technique is the utilization of steel coil cradles or saddles. These structures, specifically designed for this purpose, securely hold the coils in place and prevent any movement or rolling during transit. Typically made from robust steel or durable materials, the cradles are engineered to withstand the weight and pressure of the coils. Additionally, steel coils are often wrapped in protective materials like plastic or paper. This wrapping acts as a barrier, shielding the coils from potential contaminants such as moisture, dust, and other detrimental factors that could compromise their quality. The wrapping is applied tightly to ensure it remains in position throughout the entire shipping process. To provide further protection, specialized equipment is used to load the coils into shipping containers or onto flatbed trucks. Coil hooks or lifting clamps are examples of such equipment, allowing for safe and secure handling, thereby minimizing the risk of accidents or damage during the loading and unloading stages. In certain cases, steel coils may be packed into wooden or metal crates to offer additional safeguarding. These crates serve as an extra layer of security and prevent any potential impacts or rough handling from causing damage to the coils. Ensuring the protection of steel coils during shipping is of utmost importance to ensure their arrival at the intended destination in optimal condition. By employing cradles, protective wrapping, specialized equipment, and additional packaging when necessary, the risk of damage is significantly reduced, resulting in a smooth and successful transportation process.

Q: I am thinking of buying a stainless steel necklace, but I need to know if it will discolor. My brothers ring turned brown, but he forgot what kind of metal it was. Also answer if I can wear it in the shower because I wear my other necklace in it.: First check if the Stainless Steel is solid or just some base metal plated with SS. SS has many SAE steel grades(304,316,316L,etc) but in general most will not rust if you do not immerse in sea/salt water over long period. Some can tone to grey over time but IMO that will only add more aesthetic value to the necklace. Yes, you can shower wearing SS because sometimes I also do that wearing my SS dive watches.

Q: Are Steel Building Kits really helpful while erecting a steel building?: Of course yes! Steel building kit is design specific corresponding to the type of steel building required to be constructed or erected. The steel building kit consists of all the necessities needed by the purchaser or the investor. As steel buildings are prefabricated or pre-engineered they are manufactured in factories in various sections and parts which are to be brought to the construction site to be assembled. So in any case they are beneficial :)

Q: What could the impurities in steel wool be?And why are they there?Thanks for your help :): Impurities in steel wool would be of the elemental type. I'm sure steel wool is a mixture of different low grade not good for much of anything else materials. There may be excessive impurities such as lead, cobalt, boron, aluminum etc... in the steel wool. There may also be solvent residue on the wool i.e cleaner, lubricant etc.. I'm sure every batch is different - I know the iron level is high thats what makes them rust quickly.

Q: How are steel coils used in the production of electrical resistors?: Steel coils are used in the production of electrical resistors as they provide a conductive path for the flow of electric current. The resistance of the coil is determined by its length, thickness, and material properties, allowing it to regulate the flow of electricity in various applications such as heating elements and electronic circuits.

Q: With the Reduced weight of steel,wouldn't the projectile be at a much higher velocity when fired causing more damage?I mean l couldn't steel be worked to seal the bore,not damage the rifling and still cheap enough to mass produce,and be light enough to carry much more ammo.: The bullet needs to be a bit malleable to conform to the grooves in the barrel. In an American .30 gun a .308 bullet is forced out of the gun it has to conform to the .30 bore and .308 grooves to form a tight seal. That's why lead and copper are the primary materials of the bullet. A steel bullet in a steel bore would potentially produce a pipe bomb or at least do significant damage to the bore. Also, the weight of bullets are optimized for their application with the current materials. There is no need or desire to reduce the mass of the bullet. Simply reducing mass for increased velocity can effect the terminal ballistics in all kinds of ways, but you cannot assume that damage will be higher for a variety of reasons. If nothing else the fact that the military has INCREASED the 5.56x45mm from 55gr to 62gr should be enough to doubt your claim. Also steel is about 70% the density of lead, so there would not be a major savings in mass, but aluminum is only 25% the density and it is much closer to the hardness of lead. If you really wanted a light bullet, the aluminum may be the way to go.

Q: Can steel coils be used in the production of automotive parts?: Yes, steel coils can be used in the production of automotive parts. Steel coils are commonly used in the manufacturing of various automotive components such as body panels, chassis parts, springs, and engine components due to their strength, durability, and formability. The coils are processed and shaped into the desired automotive parts using various techniques such as cutting, stamping, welding, and forming.

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