Galvanized Steel Plate Rolling for Building Materials

Galvanized Steel Plate Rolling for Building Materials

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 20 m.t.

Supply Capability:: 10000 m.t./month

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Packaging & Delivery

Packaging Detail:	Fully seaworthy export packing. Each coil is wrapped in water-proof paper.Fixed with steel strips.
Delivery Detail:	about 12 days

1) Thickness: 0.16 - 2.0mm

2) Width: 914 - 1,250mm

3) Lacquer: according to customer's needs

4) The color-coated steel coil is produced by hot-galvanized steel and color-coatedwith the

paint produced according to the American standards

5) The combining force between the galvanized steel and the paint is very strong

6) The surface is polished

7) Coat fabric 2/2 (two coats for top / two coats for bottom), 2/1 (two coats fortop / single

coat for bottom), 1/1 (single coat for top / single coat for bottom)

8) Available colors: grey, bright red, sky blue, ivory white, yellow or customizedaccording to

customers' request

9) Can be used in building material field, galvanized wire steel tape and all otherfields

10)

Base steel: DX51D ,Q195, Q215, Q235, Q345, Q195L, 08, 08AL, SPCC, SPCD, ST12, ST37, DC01, DC02 and DC03

IN THE MEANTIME, WE COULD MAKE FORMING MACHINES FOR STEEL SHEET, WE COULD DO ANY MODELS AS CUSTOMERS' REQUESTS.

Q:How are steel coils used in the manufacturing of power generation equipment?: Steel coils are used in the manufacturing of power generation equipment as they are shaped and formed into various components such as turbine blades, casings, and structural supports. The strength and durability of steel make it suitable for withstanding high temperatures and pressures, ensuring the reliability and longevity of the equipment. Additionally, steel coils are often used in the production of electrical transformers and generator cores, providing a magnetic circuit that efficiently converts mechanical energy into electrical energy.

Q:What are the common methods of painting or coating steel coils?: Coil coating is a commonly used technique for painting or coating steel coils. It involves cleaning and pre-treating the coils to remove contaminants and enhance adhesion. Next, a primer or base coat is applied to establish a solid foundation. This primer safeguards the steel against corrosion and enhances the overall durability of the coating. Once the primer is applied, the steel coils undergo a series of rollers to apply the topcoat. The topcoat can consist of various materials such as polyester, polyurethane, or fluoropolymer, depending on the desired properties of the final coating. These topcoats provide the desired color, gloss, and protection against weathering, chemical exposure, and UV radiation. Electrostatic spraying is another popular method for painting or coating steel coils. It involves atomizing the paint or coating material into fine droplets and charging them with electricity. The grounded steel coils attract these charged droplets, resulting in a controlled and even application of the paint or coating material. Powder coating is yet another technique utilized for painting or coating steel coils. It involves electrostatically charging a dry powder and spraying it onto the steel coils. The charged powder adheres to the steel surface due to electrostatic attraction. The coated steel coils are then heated, causing the powder to melt and form a continuous film, resulting in a durable and resistant coating. In conclusion, these methods provide a wide range of options in terms of color, finish, and performance characteristics for painting or coating steel coils. The choice of method depends on factors such as desired appearance, level of protection required, and specific application requirements.

Q:How are steel coils used in the production of medical equipment?: Steel coils are an essential component in the production of medical equipment as they are used to manufacture various parts and components such as surgical instruments, implants, and medical machinery. The high strength and durability of steel make it ideal for creating precise and long-lasting medical devices, ensuring the safety and reliability of the equipment used in the healthcare industry.

Q:3 bedroom rambler with attached garage. A bad hail storm in May damaged my white siding and roof. I am concerned insurance adjustThanks much.er will not give me replacement value for steel siding. Any one know the cost and where to buy in Minnesota.: In answer to you vinyl vs. steel siding. The differences are dramatic. Vinyl has the tendency to sag for two reasons; 1. Poor install, 2. Poor quality of the siding. I am a strong advocate of steel siding and seamless steel in particular. I am familiar with steel siding jobs that have been installed over 15-20 years. A high quality steel siding only needs to be rinsed or washed every few years to maintain its original look. Steel may cost more up front but it will pay back in spades for years to come.

Q:I looking at replacing a few of the panels on my car with either Carbon Fiber or High Tensile Steel to shave off some weight and increase mpg and take some time off my quarter mile. Which is better: Carbon Fiber or High Tensile Steel?: There's different types of strength. Linear strength, the carbon fiber is stronger and more resilient. It's also much lighter, as much as 1/10th the weight of an aluminum body panel (which is lighter than steel). So, by using steel body panels, you would actually likely be ADDING weight to your car. Carbon fiber parts, of course, usually cost 2-3 times as much as their aluminum counterparts. Needless to say, consider the alternative. You can get an aluminum fender, have it be lighter than the steel part, not quite as light as the carbon fiber, but for the price of 1 carbon fiber fender, you could have a both front fenders and the hood in aluminum. Also, for the 1/4 mile, every 100lbs will drop 1/10th of 1 second off your time, which can be lost by screwing up your launch, or in other words, yo won't notice it. As for fuel economy, you won't notice a difference of more than .1-.2mpg. I know this first hand.

Q:Ok I know this sounds stupid but is there anyway to make stainless steel look older? It looks too new and I don't want it like that. Thanks.: Just abuse it. You could hit with a hammer, expose it to flame, throw it at or grind it around on rocks or concrete, rub it with steel wool. (be artful in how you do this, the pattern could end up looking too deliberate if you're not careful.) For an example of naturally aged stainless steel, look at some cooking pots/pans. If you don't have any old ones, maybe your parents or someone you know does. They usually get a little banged up/scuffed/stained after a while. (I think the stainless just means it doesn't rust.)

Q:I have a bottle like this* Can u make hot chocolate in it. Can i heat it.I wanna take hot Chocolate to school: Stainless okorder /... on Hot Drink in Stainless Steel Water Bottle.

Q:No. Not Stainless steel, I mean STEEL.Not a specific type, but STEEL.Thanks. xo: Steel is mostly iron. However, it is an alloy or solid solution, or mixture of iron and other metals or sometimes carbon. All steel is a mixture. there are many varieties.

Q:What are the standard dimensions and weights of steel coils?: The standard dimensions and weights of steel coils can vary depending on the specific type of steel and its intended use. However, some common dimensions include coil widths ranging from 600mm to 2000mm, coil outer diameters ranging from 800mm to 2100mm, and coil weights ranging from 3 to 25 metric tons. It is important to note that these dimensions and weights can be customized to meet the requirements of different industries and applications.

Q:How do steel coils contribute to sustainability in construction?: Several factors contribute to the sustainability of construction when it comes to steel coils. To begin with, steel is an incredibly durable material with a long lifespan. Its use in the construction of structural components like beams, columns, and frames ensures the stability and strength of buildings. This durability translates to reduced maintenance requirements and a longer service life for structures. As a result, the need for frequent repairs or replacements is diminished, leading to a decrease in the overall environmental impact associated with material waste and energy consumption. Moreover, steel is highly recyclable. Steel coils can be easily recycled and reused in new construction projects. The recycling process for steel has a significantly lower environmental impact compared to the production of new steel. By incorporating recycled steel coils into construction projects, the demand for new steel production is reduced, resulting in lower greenhouse gas emissions and a smaller carbon footprint. This approach helps conserve natural resources, reduces the extraction of raw materials, and minimizes energy consumption in steel production. Additionally, steel is an ideal material for off-site prefabrication. This means that steel coils can be manufactured in controlled environments in factories, minimizing construction waste and improving construction efficiency. Prefabricating steel coils reduces on-site material waste and decreases the need for transportation of construction materials. Consequently, this reduces air pollution and energy consumption during construction. Furthermore, steel's high strength-to-weight ratio allows for lighter and more efficient structures. By using steel coils, construction projects can optimize material usage, resulting in reduced material consumption and lessening the overall environmental impact. The lightweight nature of steel coils also facilitates easier transportation, reducing fuel consumption and associated emissions during delivery. In summary, steel coils contribute to the sustainability of construction through their durability, recyclability, prefabrication capabilities, and high strength-to-weight ratio. By utilizing steel coils, construction projects can minimize waste, conserve resources, reduce energy consumption, and decrease the environmental impact, ultimately promoting a more sustainable built environment.

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