Hot Dipped Galvanized Steel Coil System 1

Hot Dipped Galvanized Steel Coil

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

Min Order Qty:: -

Supply Capability:: -

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PRIME GALVANIZED (HDG)/GI Steel Coils AS PER ASTM A-653 (LFQ): AS JIS G3302 SGCC (CQ)::

Regular spangle, Chromated, Non-skinpass, unoiled/dry, Coil Weight 5.5mt max,

Coil ID 508 / 610mm, Tension Leveled, our standard horizontal/eye to wall local packing:

0.30 TCT With Coating Thickness: 0.30mm Zinc Coating 140

0.35 TCT With Coating Thickness: 0.35mm Zinc Coating 140

0.36 BMT With Coating Thickness: 0.38mm Zinc Coating 140

0.38BMT With Coating Thickness: 0.40mm Zinc Coating 140

0.43BMT With Coating Thickness: 0.45mm Zinc Coating 140

0.46BMT With Coating Thickness: 0.48mm Zinc Coating 275

0.48BMT With Coating Thickness: 0.50mm Zinc Coating 275

0.54BMT With Coating Thickness: 0.56mm Zinc Coating 275

0.78BMT With Coating Thickness: 0.80mm Zinc Coating 275

0.83BMT With Coating Thickness: 0.85mm Zinc Coating 275

0.88BMT With Coating Thickness: 0.90mm Zinc Coating 275

1.18BMT With Coating Thickness: 1.20mm Zinc Coating 275

1.38BMT With Coating Thickness: 1.40mm Zinc Coating 275

1.48BMT With Coating Thickness: 1.50mm Zinc Coating 275

VALIDITY: 3 WORKING DAYS

SHIPMENT: 60 DAYS AFTER LC ISSUING DATE

LOADING PORT: SHANGHAI, CHINA

PACKING: MILL'S STANDARD EXPORT SEAWORTHY PACKING

Q: How are steel coils used in the manufacturing of hydraulic cylinders?: Steel coils are used in the manufacturing of hydraulic cylinders as the raw material for constructing the cylinder's body. The coils are cut and shaped into the desired size and shape, and then welded or formed into the cylinder's outer shell. This steel construction provides strength and durability to the hydraulic cylinder, allowing it to withstand high pressure and heavy loads.

Q: How are steel coils used in the manufacturing of railroads?: Steel coils are used in the manufacturing of railroads as they are the primary material for constructing railway tracks. These coils are processed to form rails, which are then laid down to create the tracks on which trains run. The durable and strong nature of steel coils ensures the tracks can withstand the high loads and stresses imposed by trains, ensuring safe and efficient transportation.

Q: How are steel coils used in the manufacturing of electrical wiring?: Steel coils are used in the manufacturing of electrical wiring to provide strength and support to the wiring. The steel coils are typically used as a core or reinforcement within the wiring to enhance its durability and prevent it from bending or breaking easily.

Q: How do steel coils compare to aluminum coils?: Steel coils and aluminum coils possess distinct characteristics that render them suitable for varying purposes. Firstly, steel coils are renowned for their robustness and durability. They can endure high temperatures and exhibit greater resistance to damage in comparison to aluminum coils. Consequently, steel coils are an ideal choice for heavy-duty industrial applications necessitating sturdy materials, such as construction, automotive manufacturing, and the oil and gas industries. Additionally, steel coils boast heightened corrosion resistance, enabling their usage in outdoor environments characterized by harsh conditions. On the contrary, aluminum coils are lighter in weight and possess a higher strength-to-weight ratio than steel coils. This renders them exceptionally well-suited for industries wherein weight serves as a critical factor, such as aerospace and transportation. Furthermore, the malleability of aluminum coils facilitates easier shaping and forming, thereby proving advantageous in industries like packaging and consumer electronics. Moreover, aluminum coils exhibit superior thermal conductivity when compared to steel coils, rendering them more efficient in heat transfer applications. This particular attribute proves beneficial in industries such as HVAC (heating, ventilation, and air conditioning) and refrigeration, where the achievement of efficient heat exchange is of utmost importance. Concerning cost, steel coils generally prove more affordable due to the lower cost of raw materials. However, aluminum coils can yield long-term cost savings as they require less maintenance and possess a longer lifespan owing to their resistance to corrosion. In conclusion, the selection between steel coils and aluminum coils hinges on the specific requirements of the application at hand. Steel coils are favored for their strength, durability, and corrosion resistance, while aluminum coils excel in lightweight applications, heat transfer, and malleability.

Q: hey i was looking to buy a khukuri machete by cas iberia. its made of carbon steel but doesnt say which one. anyone that is into knives and all that know how this would hold up and the rust resistance of it? mostly be used for cutting bush and small trees: Ricki is correct. There is no way to tell how much carbon is present just from the term carbon steel. It comes in a wide range of grades within the general classifications of low, medium, and high carbon steel. What you'll get depends on the quality of the knife. As the carbon content increases, the steel becomes harder, stronger, and more responsive to heat treatment. It also becomes more brittle, so a **very** high carbon steel would not be the best thing for a machete. As Ricki said, plain carbon steels are not rust resistant. However, I have had a carbon steel machete for over 40 years and it's just fine. If you take care of it, it will last.

Q: How are steel coils used in the production of wire products?: Steel coils are an essential component in the production of wire products. These coils are typically made from high-quality steel and are used as a raw material for wire drawing processes. Wire drawing is a manufacturing technique used to reduce the diameter of the steel coil and transform it into various wire products. To begin the process, a steel coil is placed on a wire drawing machine. The machine then pulls the coil through a series of dies, which are progressively smaller in size. As the coil passes through each die, the diameter of the wire is reduced, resulting in a thinner and longer strand of wire. This process can be repeated several times until the desired wire thickness is achieved. Once the wire is drawn, it can be further processed to create various wire products such as fencing, nails, screws, springs, and electrical wires. The wire can be cut to specific lengths, bent, or shaped according to the intended use. Additionally, it can undergo treatments such as galvanizing or coating to enhance its durability and resistance to corrosion. Steel coils provide several advantages in the production of wire products. Firstly, they offer a consistent and uniform material, ensuring that the resulting wire products have consistent quality and performance. Secondly, steel coils are easily transportable and can be stored efficiently, making them a cost-effective option for manufacturers. Lastly, the versatility of steel allows for the production of wire products with different tensile strengths and properties to meet specific industry requirements. In conclusion, steel coils play a crucial role in the production of wire products. They are the primary raw material used in wire drawing processes, where they are transformed into various wire products through a series of reduction steps. The resulting wire products find applications in a wide range of industries, making steel coils an indispensable component in the manufacturing sector.

Q: How do steel coils compare to stainless steel coils?: Steel coils and stainless steel coils find extensive use in various industries due to their robustness and durability. Nevertheless, selecting the appropriate material necessitates considering some essential distinctions between the two. One of the primary disparities lies in the composition of the materials. Steel coils, primarily comprising iron and carbon, incorporate additional elements to enhance specific properties. Conversely, stainless steel coils contain iron, carbon, and a substantial amount of chromium, which imparts them with distinctive corrosion-resistant attributes. Owing to the presence of chromium, stainless steel coils outperform regular steel coils in their resistance to corrosion, tarnishing, and rust. This renders stainless steel coils highly suitable for applications within environments characterized by elevated humidity, moisture, or exposure to corrosive substances. On the contrary, steel coils are more susceptible to rust and may necessitate supplementary protective coatings or treatments to avert corrosion. Another notable differentiation concerns the visual appearance of the two materials. Stainless steel coils boast a lustrous and reflective surface, endowing them with an aesthetically pleasing allure. They commonly find application in contexts where appearance holds significance, such as kitchen appliances, architectural structures, or decorative purposes. Conversely, steel coils exhibit a matte or dull finish and are frequently employed in industrial applications where visual aesthetics are of secondary concern. In terms of strength, both steel and stainless steel coils exhibit excellent mechanical properties. However, stainless steel coils generally demonstrate greater tensile strength and enhanced resistance to high temperatures. Consequently, they prove well-suited for applications necessitating strength, such as the construction, automotive, or aerospace industries. Lastly, cost represents a factor warranting consideration while comparing steel coils to stainless steel coils. Steel coils generally offer a more cost-effective option due to the lower expense of raw materials and simpler manufacturing processes. Nevertheless, when factoring in the added value of corrosion resistance and longevity, stainless steel coils may emerge as a more economical choice in the long run, requiring less maintenance and replacement. To conclude, steel coils and stainless steel coils possess distinct properties and characteristics, rendering them suitable for specific applications. Stainless steel coils exhibit superior corrosion resistance, a glossy appearance, and heightened tensile strength, while steel coils prove more cost-effective. Ultimately, the selection between the two hinges on the precise requirements of the application, encompassing factors such as the environment, aesthetics, strength, and budget.

Q: Why do we galvanise steel? Galvanised steel is steel coated with zinc.: 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: How are steel coils used in the manufacturing of industrial pumps?: Steel coils are used in the manufacturing of industrial pumps as they provide a strong and durable material for constructing pump components such as casings, impellers, and shafts. The coils are typically cut, shaped, and welded to create the necessary parts, ensuring the pumps can handle high pressures and harsh operating conditions in various industries.

Q: What are the different types of steel coil packaging systems?: There are several types of steel coil packaging systems available, including horizontal coil packaging machines, vertical coil packaging machines, and coil wrapping machines. Each system is designed to securely package steel coils for transportation and storage, ensuring their protection from damage and corrosion.

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