• PRE-PAINTED  ALUZINC STEEL COIL    WITH   HIGH   QUALITY System 1
  • PRE-PAINTED  ALUZINC STEEL COIL    WITH   HIGH   QUALITY System 2
  • PRE-PAINTED  ALUZINC STEEL COIL    WITH   HIGH   QUALITY System 3
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PRE-PAINTED  ALUZINC STEEL COIL    WITH   HIGH   QUALITY

PRE-PAINTED ALUZINC STEEL COIL WITH HIGH QUALITY

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
25 m.t.
Supply Capability:
5000 m.t./month

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Painting steel is the product based on the metal sheet, of which surface is finally installed of the plastic film(PVC, PE) IN addition to being firstly covered with the coating and printed ink in. The coated layer of painting steel plate consists of chemical and filming layer, primer coated layer, pattern printed layer and surface coated layer. The top and back coating shall generally be the weatherproof paint, as well can be the application of the paint with special capabilities such as stain-resistant, self cleaning capability, high thermal resistance, antistatic capability, sterilizing capability, finger-print prevention and etc.

With GI(aluzinc) as base metal, after pretreatement(degrease and chemical treatment)and liquid dope with several layers of color, then after firing and cooling, finally the plate steel is called pre-painted galvanized (aluzinc)steel. Pre-painted galvanized steel is good capable of decoration, molding, corrosion resistance. It generally displays superior workability, durability and weather resistance.

Available specification                                           

PAINTING STEEL

BASE MATERIAL

HDGI, ALUZINC,CR

GRADE

SGCC, DX51D,ASTMA653,EN10142,S350GD

THICKNESS

0.17-1.0mm

WIDTH

600-1250mm

ZINC COATING

60-200g/

PAINT

PE,PVDF,SMP,HDP

COILED

508mm

COIL WEIGHT

3-6mt

We can supply customers' with different specifications of  the highest quality and lowest price.

Sincerely welcome to contact us for the future details if any item interest you ,and we will make every effort to assure that your requirements will be satisfied ,and we hope to establish long-term business relations with you on the basis of the equality and mutual benefit.

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Q:I'm a Hobbyist and want to Build my own axial-flow jet engine,can I use steel as the Turbine blades instead of Titanium which I can't get easily?? What about the other parts I can use for...?!
You can use steel but alloyed with a big percent of Mn and Cr. Titanium is very good but unfortunately it is expensive. On engines and Turbine blades it is indicate to use High Alloy metals that are resistant to fluage.
Q:mass of steel ball=66.80 gramsdiameter of steel ball=2.51 cm
To calculate the density of any object you will always use the formula: Density = Mass / Volume (P=M/V). You have recorded the known values of the mass and the diameter of the ball (sphere), so we have everything needed to calculate the Density. Mass is 66.80g, but we shall need to use another formula to calculate the volume of the sphere. The formula to use is 4/3 X Pi X radius cubed. However, first of all we need to turn your measurement of the diameter of the steel sphere into the radius of the steel sphere (So that it can be substituted in place of the “radius” in the above formula). Simply half the diameter to find the radius. So 2.51 cm divided by 2 is 1.255 cm. Now insert the radius 1.255cm into the above formula. It would be read like this: 4/3 X 3.14159… X 1.255 ?cubed (OR 4/3 X 3.14159 X 1.255X1.255X1.255), = 8.2798. So, now we know that the sphere has a volume of 8.2798 cm cubed, we can use this number in place of the “V” in the density formula P=M/V, and we can also substitute in the Mass (66.80g). So now P=66.80 / 8.2798, which = 8.07g/cm cubed. Now we know that from your measurements, steel has a density of 8.07g/cm cubed! This is fairly close to the real life average density, which if I remember correctly is around 7.8 g/cm cubed. Just remember, though, that as steel is an alloy it’s density is not standard and varies due to carbon content etc. Anyway, I hope that helped you!
Q:How are steel coils used in the production of metal panels?
Steel coils are an essential component in the production of metal panels. These coils, which are typically made from high-quality steel, serve as the raw material for manufacturing various types of metal panels. To begin the production process, the steel coils are first unrolled and flattened using specialized machinery. This allows for a consistent and uniform thickness throughout the sheet. The flattened steel is then cut into the desired length and width, depending on the specific requirements of the metal panel being produced. Once the steel has been cut, it undergoes further processing, such as cleaning and coating. This is done to remove any impurities and protect the steel from corrosion or damage. The coating also enhances the appearance of the metal panel and provides additional durability and longevity. After the cleaning and coating process, the steel sheets are formed into the desired shape using various techniques, such as roll forming or stamping. This allows for the creation of different types of metal panels, including roofing panels, wall panels, and decorative panels, among others. The steel coils used in the production of metal panels are chosen for their strength, durability, and versatility. Steel is known for its excellent structural properties, making it an ideal material for constructing sturdy and long-lasting metal panels. Additionally, steel is highly resistant to environmental factors, such as extreme weather conditions, which further enhances the durability of the metal panels. In conclusion, steel coils play a crucial role in the production of metal panels. They serve as the raw material for manufacturing these panels and undergo various processes to ensure their quality and durability. The use of steel coils allows for the production of a wide range of metal panels that can be used in various industries and applications.
Q:What are the cost implications of using steel coils in manufacturing?
The cost implications of incorporating steel coils into the manufacturing process can vary based on multiple factors. To begin with, the overall manufacturing expenses can be significantly affected by the cost of purchasing the steel coils themselves. Steel prices are influenced by various factors, including supply and demand, global market conditions, and any tariffs or trade regulations in place. Fluctuations in steel prices directly impact the cost of acquiring steel coils, which, in turn, affects the overall manufacturing cost. Furthermore, transportation costs can be influenced by the size and weight of the steel coils. Due to their heaviness and bulkiness, steel coils often incur higher shipping expenses as they require increased transportation resources. Additionally, shipping costs can be influenced by the distance between the steel supplier and the manufacturing facility. Moreover, the manufacturing costs can be influenced by the processing and transformation of steel coils into finished products. Depending on the desired end product, additional steps such as cutting, shaping, welding, or coating may be necessary. These supplementary processes require specialized machinery, skilled labor, and extra materials, all of which contribute to the overall manufacturing expenses. Considering the quality and durability of the steel coils is also essential. Although using high-quality steel coils may initially result in higher costs, it can lead to long-term savings by reducing the need for repairs or replacements. Furthermore, it is crucial to consider any regulatory or compliance requirements associated with the use of steel coils in manufacturing. Certain industries may have specific standards or certifications that need to be met, resulting in additional costs for testing, inspections, or compliance procedures. Lastly, it is important to acknowledge the potential cost savings that can be achieved through the utilization of steel coils in terms of efficiency and productivity. Steel coils are often preferred in manufacturing due to their strength, durability, and ease of fabrication. These characteristics can lead to improved production processes, reduced waste, and higher overall output, which can offset the initial cost of using steel coils. In conclusion, the cost implications of using steel coils in manufacturing are influenced by several factors, including steel prices, transportation costs, additional processing requirements, quality considerations, regulatory compliance, and potential productivity gains. A careful analysis and consideration of these factors are crucial for understanding the overall cost impact on manufacturing operations.
Q:How do steel coils contribute to seismic resistance in structures?
Steel coils contribute to seismic resistance in structures by providing strength, flexibility, and energy dissipation. When steel coils are incorporated into the structure's design, they act as seismic dampers, absorbing and dissipating the energy generated during an earthquake. The coils help to distribute and reduce the seismic forces, minimizing structural damage and enhancing the overall stability and resilience of the building. Additionally, the flexibility of steel coils allows them to withstand forces without breaking, ensuring the structure's integrity and safety during seismic events.
Q:What are the key players in the steel coil manufacturing industry?
The key players in the steel coil manufacturing industry are typically large multinational companies that have significant market share and influence. Some of the prominent players in the industry include: 1. ArcelorMittal: As the world's largest steel producer, ArcelorMittal is a major player in the steel coil manufacturing industry. They operate in more than 60 countries and have a diversified product portfolio. 2. Nippon Steel Corporation: Nippon Steel is a leading Japanese steelmaker and one of the largest steel coil manufacturers globally. They have a strong presence in automotive and construction sectors. 3. POSCO: Based in South Korea, POSCO is a major player in the steel industry, including steel coil manufacturing. They are known for their high-quality products and advanced technology. 4. Baosteel Group Corporation: Baosteel is the largest steelmaker in China and one of the largest globally. They have a wide range of steel products, including steel coils, and are known for their strong research and development capabilities. 5. Thyssenkrupp AG: Thyssenkrupp is a German multinational conglomerate with a significant presence in the steel coil manufacturing industry. They have a diverse product range and focus on innovation and sustainability. 6. United States Steel Corporation: As a leading American steel producer, United States Steel Corporation plays a crucial role in the steel coil manufacturing industry. They have a strong presence in the automotive, construction, and energy sectors. 7. JFE Holdings, Inc.: JFE Holdings is a Japanese steel conglomerate and one of the key players in the steel coil manufacturing industry. They have a wide range of steel products and are known for their quality and customer-oriented approach. These are just a few of the key players in the steel coil manufacturing industry, and there are many other companies that contribute to this sector. The industry is highly competitive, and these companies continuously strive to innovate, improve efficiency, and meet the ever-evolving demands of the market.
Q:How are steel coils unloaded from a truck or ship?
Various equipment and techniques are typically employed to unload steel coils from trucks or ships. The unloading procedure depends on the coils' type and size, as well as the available resources and infrastructure at the unloading site. When unloading from a truck, coil hooks are often used in conjunction with a forklift or crane. Careful lifting and positioning of the coils onto the ground or a designated storage area are carried out. Alternatively, specialized roll-off trailers may be fitted to certain trucks, enabling the coils to be rolled off the truck bed. Larger cranes are commonly utilized when unloading from a ship, given the coils' considerable size and weight. These cranes can be situated on either the ship or the dock itself. Specialized lifting hooks or spreader bars are employed to lift the coils from the ship's cargo hold, ensuring they are lowered with care onto the dock or a waiting truck. In certain instances, coil transfer cars or coil trailers are used to transport the coils from the ship's cargo hold to the unloading area. These devices are designed to safely and efficiently move and position the coils. It is important to emphasize that safety measures play a critical role during the unloading process. Properly securing the coils, ensuring equipment stability, and adhering to weight limits are essential to prevent accidents or damage to the coils, truck, or ship. In summary, unloading steel coils from trucks or ships necessitates the use of specialized equipment such as cranes, forklifts, and coil hooks. These tools, combined with meticulous planning and safety precautions, guarantee the efficient and secure transfer of the coils to their designated storage or transportation areas.
Q:Can steel coils be deep-drawn?
Yes, steel coils can be deep-drawn. Deep-drawing is a metal forming process where a sheet or coil is drawn into a die cavity to create a three-dimensional shape. Steel coils, due to their high strength and ductility, are often used in deep-drawing applications to produce various products such as automotive parts, kitchen appliances, and containers.
Q:I have two guitars, a nylon stringed classical, and a steel stringed acoustic, I find the nylon strings easier to play, but doesn't have as good of sound as the steel stringed, and when I play with the steel strings, it really hurts my fingers, and if I play just a little bit, it feels like the high e string is going to cut my finger. Are the strings too high? What can I do to make the steel strings easier to play?
If you want to end up playing acoustic steel string, continue learning on that one. Yes, it will hurt, but that's normal and your fingers will toughen up within a couple of weeks of playing (if you play on a regular basis). You will develop callouses. Also, go take your guitar to a shop to get a set up and they will fix the action if it's too high. (Too high action makes the guitar harder to play). When I started playing, at first my fingers *HURT*, but now they don't anymore, even the pinky. :D
Q:How do steel coils withstand extreme temperatures?
Steel coils are able to withstand extreme temperatures due to their unique composition and manufacturing process. Steel, the primary material used in coils, is an alloy of iron and carbon that possesses excellent thermal properties. Its high melting point, which can reach up to 2,500 degrees Fahrenheit (1,370 degrees Celsius), allows it to remain structurally stable under intense heat. Furthermore, steel coils are often subjected to a process called annealing, which involves heating the steel to a specific temperature and then slowly cooling it down. This annealing process helps relieve internal stresses within the steel, making it more resistant to thermal expansion and contraction. By reducing the presence of internal defects, annealing also enhances the steel's overall strength and durability, allowing it to better withstand extreme temperatures. Moreover, steel coils are often coated with protective layers to provide additional resistance against temperature variations. These coatings, such as galvanized or zinc coatings, act as a barrier between the steel and the external environment. They help prevent oxidation, corrosion, and other forms of degradation that can occur when exposed to extreme heat or cold. In summary, steel coils are able to withstand extreme temperatures due to the inherent properties of steel, the annealing process that relieves internal stresses, and the protective coatings that provide an extra layer of resistance. These factors work together to ensure that steel coils remain structurally stable and maintain their performance even in the harshest temperature conditions.

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