Prepainted galvanized Steel Coil (PPGI/PPGL) / Color Coated Steel/SGCC/Roofing steel

Prepainted galvanized Steel Coil (PPGI/PPGL) / Color Coated Steel/SGCC/Roofing steel System 1

Prepainted galvanized Steel Coil (PPGI/PPGL) / Color Coated Steel/SGCC/Roofing steel System 2

Prepainted galvanized Steel Coil (PPGI/PPGL) / Color Coated Steel/SGCC/Roofing steel

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Loading Port:: Qingdao

Payment Terms:: TT OR LC

Min Order Qty:: 4000 PCS

Supply Capability:: 40000 PCS/month

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Packaging & Delivery

Packaging Detail:	Coils and pallets.
Delivery Detail:	Depends on the quantity and specifications.

PPGI Prepainted galvanized Steel Coil (PPGI/PPGL) / Color Coated Steel/SGCC/Roofing Steel Specifications

Name	PPGI
Raw material	SGCC
Thickness	0.18mm-1.2mm
Width	914mm-1250mm
Tolerance	Thickness+/-0.01mm
Surface treatment	Galvanized
T bending (top-coating) T bending (back-coating)	3T 4T
Anti-MEK wiping	≥100times
Zinc coating	40-100g
Painting thickness: top back	15-16u 6-7u
Type of coating structure	2/1
standard	ASTM,GB,JIS
Coil weight	3ton-5ton
Coil ID	508
Color	RAL (customized)
Applications	Building industry, structural use, roofing, commercial use, household appliance, industry facilities, office buildings

PPGI Prepainted galvanized Steel Coil (PPGI/PPGL) / Color Coated Steel/SGCC/Roofing Steel Pictures

PPGI Prepainted galvanized Steel Coil (PPGI/PPGL) / Color Coated Steel/SGCC/Roofing Steel

Q: How are steel coils used in the production of gutters and downspouts?: Steel coils are used in the production of gutters and downspouts by being shaped and formed into the desired size and shape of the gutters and downspouts. The coils are unrolled and passed through a roll-forming machine, which cuts and bends the steel into the required profile. This process allows for the efficient and cost-effective production of gutters and downspouts with high durability and strength, ensuring their ability to withstand various weather conditions.

Q: How are steel coils used in the manufacturing of agricultural structures?: Steel coils are used in the manufacturing of agricultural structures as they provide the necessary strength and durability required for building structures such as barns, grain storage facilities, and equipment sheds. These coils are often used to fabricate beams, columns, and trusses, ensuring structural stability and resistance to harsh weather conditions. Additionally, steel coils are also used in the production of agricultural machinery and equipment, further enhancing the efficiency and reliability of farming operations.

Q: How are steel coils coated for added protection?: Steel coils are coated for added protection using a process called coil coating. This process involves the application of a protective layer onto the surface of the steel coil to enhance its durability and resistance to corrosion. There are various methods used to coat steel coils, but the most common one is the continuous coil coating process. In this process, the steel coil is unwound and cleaned thoroughly to remove any contaminants or impurities from the surface. This ensures proper adhesion of the coating material. Once the steel coil is cleaned, it is then pre-treated to enhance its surface properties. This pre-treatment typically involves applying a chemical solution or a conversion coating to the surface of the coil. The purpose of this step is to create a receptive surface for the coating material and enhance its adhesion. After the pre-treatment, the steel coil is coated with a protective layer. This coating material can be a liquid paint, a powder coating, or sometimes a combination of both. The coating is applied uniformly onto the surface of the coil using various techniques, such as roll coating, spray coating, or electrostatic coating. Once the coating is applied, the steel coil is cured or dried using heat or sometimes ultraviolet light. This curing process ensures that the coating material forms a strong bond with the steel surface and achieves the desired protective properties. The coated steel coil is then inspected for quality control measures, such as thickness, adhesion, and appearance. If it meets the required specifications, it is further processed, which may involve cutting, slitting, or forming into the desired shape or size. Overall, the process of coating steel coils for added protection involves thorough cleaning, pre-treatment, application of a protective coating, curing, and quality control. This ensures that the steel coils possess excellent resistance to corrosion, abrasion, and other environmental factors, making them suitable for a wide range of applications in various industries.

Q: Will a 1 inch thick A36 steel target withstand a 7.62x54r round?: it depends on the type of steel. If it's soft steel it may stop the round, but leave a craterthat can causeirregular ricochets. If it's hardened steel (AR500 for example), the bullet will just 'splash' and fragment into little bits. It's better to shoot thin steel so the round goes through than shoot thick soft steel thatforms a crater. No matter what type you're shooting, put it no closer than 100 yards for a full power jacketed round. Try to hang the plateso it is angledslightly towards the ground so anymajor ricochets are directed into the ground and not up or back towards you.

Q: What are the different types of steel coil handling attachments?: Some of the different types of steel coil handling attachments include coil lifters, coil grabs, coil hooks, coil tongs, and coil C-hooks. These attachments are designed to safely lift, transport, and manipulate steel coils of various sizes and weights.

Q: What are the common methods of slitting or shearing steel coils?: The common methods of slitting or shearing steel coils include: 1. Rotary Shearing: This method involves using a rotary shear machine that uses a set of rotating blades to cut through the steel coil. The blades move in a circular motion, slicing through the coil to create individual strips of the desired width. 2. Scissor Shearing: Scissor shearing is another common method of cutting steel coils. It involves using a pair of scissor-like blades to make the cuts. The blades are typically operated by hydraulic or mechanical systems, and they cut through the coil by exerting pressure on the material. 3. Slitting: Slitting is a popular method used to cut steel coils into narrower strips. It involves passing the coil through a set of circular blades, known as slitters, which are set at specific distances apart. The slitters cut through the coil, creating multiple narrower strips of the desired width. 4. Guillotine Shearing: Guillotine shearing is a method that uses a large, powerful guillotine machine to cut through the steel coil. The machine features a long blade that moves vertically to shear the coil. This method is often used for thicker steel coils and can produce clean, straight cuts. 5. Laser Cutting: Laser cutting is a more advanced method that uses a high-powered laser beam to cut through steel coils. The laser beam is directed by computer-controlled systems, allowing for precise and accurate cutting. Laser cutting is often used for complex shapes or when high precision is required. Each of these methods has its advantages and is suitable for different applications. Factors such as the thickness of the steel coil, desired strip width, and the level of precision required will determine the most appropriate method to use.

Q: What are the common coil packaging methods?: Common coil packaging methods include shrink wrapping, strapping, banding, and stretch wrapping. Shrink wrapping involves using a heat shrink film to tightly encase the coil, while strapping and banding utilize metal or plastic bands to secure the coil in place. Stretch wrapping involves wrapping the coil with a stretchable film to provide stability and protection. These methods are commonly used in industries such as steel, wire, and cable manufacturing.

Q: I need steel toe shoes for a workplace, where can I get them?I live in Surrey,UK.: by on the internet or ppe clothing shops

Q: I beat fallout 3 and i downloaded broken steel expansion. I have no idea how to get to broken steel in other words i do not know how to start playing it.: Broken Steel Fallout 3

Q: In terms of weight to strength titanium is stronger. But is it stronger than mild steel? If it is stronger, how much stronger is it?: Contrary to what we are usually told, Ti weight to strength ratio is better only for lower strength alloys. Steels match or best Ti and Al alloy ratio's for high strengths. Hard to answer this question, due to varying effects of cold work, alloying, and heat treatments. In general, traditional mild steels with little cold work are about equivalent strength to commercially pure Ti. Cleverly selected mild steels with extensive cold work have greater UTS (and really greater SMYS) than commercially pure Ti, and approach strength of the best Ti alloys. Ti starts at about 60ksi UTS for commercially pure, and goes up to about 200ksi for high strength alloys. Mild steel has varying definitions. Plain carbon steels use virtually no alloying materials other than carbon. Low carbon steels starting in the 1008 (0.08% carbon) range can be cold worked to 100ksi UTS, while 1030, the maximum carbon for mild steel per one source, can be cold worked up to about 180ksi. Simple steels can go about 215 ksi UTS at fairly reasonable cost with lesser cold work than I was using because producers can't make stronger steels with higher degrees of cold work. High strength alloys can best 350ksi at impressively high cost. (and they match best titanium alloy strength to weight ratio). They are why wide body aircraft have lots of steel - landing gears, flap mechanisms, etc. Don't know about cold working Ti though. It doesn't seem to be done much, but difficult to find info.

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