• PPGI/Pre-Painted Color Coated Galvanized Steel Coil/PPGI/China PPGI for Roof Sheet System 1
  • PPGI/Pre-Painted Color Coated Galvanized Steel Coil/PPGI/China PPGI for Roof Sheet System 2
  • PPGI/Pre-Painted Color Coated Galvanized Steel Coil/PPGI/China PPGI for Roof Sheet System 3
PPGI/Pre-Painted Color Coated Galvanized Steel Coil/PPGI/China PPGI for Roof Sheet

PPGI/Pre-Painted Color Coated Galvanized Steel Coil/PPGI/China PPGI for Roof Sheet

Ref Price:
get latest price
Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
25 m.t.
Supply Capability:
1000 m.t./month

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Product Description


Product Description  
  


CONTENTS

PRODUCT SPECIFICATION

Commodity

Prepainted galvanized steel coil

Base Metal


Cold rolled, Electro-galvanized base metal, 
Hot-dip zinc coated base metal, Hot dip Al-Zn steel sheet


Thickness

0.16 TO 1.00 mm

Width

600 TO 1500 mm

Coil ID

508 / 610 mm

Type

coil/sheet/strips


Delivery Time


15-30days after we receive deposit


Substrate Hardness

Soft, medium,full hard

Zinc Coating

Z 40-275 gsm, AZ 40-180 gsm or as customer requirements

Types of top coating


PE, Silicon modified polyesters, 
High-durability polyester, polyvinylidene fluoride


Colours

As per RAL shades/customer requirements.

Surface Finishes

Glossy and Matte

Price:

US $600-800 / Metric Ton

Slits

37mm and above

Standards

AISI, ASTM, BS, DIN, GB, JIS

Transport

By bulk or container 

Packing

Standard packing or at buyer's requirement

Applications:  
Pre-painted steel metal products are used in a vast array of applications including: 
1.construction industry
2. household appliances
3.automotive
4.industrial applications
5.packaging

 

PPGI/Pre-Painted Color Coated Galvanized Steel Coil/PPGI/China PPGI for Roof Sheet

PPGI/Pre-Painted Color Coated Galvanized Steel Coil/PPGI/China PPGI for Roof Sheet

FAQ

 What is the validity of your quotation?   
Normally 2 days.

 

Q: I haven't seen Man of Steel yet, but which one do you think was better? (please no spoilers)
Well, I haven't seen it Man of Steel but I really see it hard to believe that's better than Superman. To me, Superman with Christopher Reeve is the best movie about Superman ever made. When I first saw it I was amazed. Watching Superman flying for the first time, catching Loise and graving that helicopter before it falls... it was awesome! I loved it! The other movies that followed were bad but this one was amazing. I've seen what other actors have made with the character, but I believe Christopher was the best. He was the perfect man, the perfect gentleman and the best superhero ever. I know that this Superman is for the new generations so it will be more 'real' and more 'suffered' or will have more personal issues dealing with his origins and blah blah blah... and I wish him good luck, but honestly? I stick to the original Superman because whenever I see Christopher Reeve flying around the planet as Superman (hanging from wires-no CGI people!) and I hear that characteristic music I just melt and I'm a child once more. So good luck to the new generation, I really hope they like this new guy and new story, but I'm more than fine with the original version, thank you. Hope it helps! ;)
Q: There's this huge community of steelians (steelites?) in my town. Has anybody heard of this Dr. Steel?
Here are twenty that I grew up listening to, such a lot of them within the loved ones auto in which I had 0 manage over what used to be performed. But I nonetheless love each one in every of them to nowadays... Sea Cruise- Frankie Ford Walk Don't Run- The Ventures Don't Worry Baby- The Beach Boys Bus Stop- The Hollies These Boots Are Made For Walking- Nancy Sinatra I Saw Her- Mamas Papas A Taste Of Honey- Herb Alpert Everybody's Talking At Me- Nilsson Superstar- The Carpenters Indian Reservation- Paul Revere The Raiders Come And Get It- Badfinger Tell Me Something Good- Rufus Come And Get Your Love- Redbone Higher Ground- Stevie Wonder Waterloo- ABBA How Long (Has This Been Going On)- Ace The Hustle- Van McCoy More More More- Andrea True Connection Shining Star- Earth, Wind Fire Got To Give It Up- Marvin Gaye
Q: What are the different types of steel alloys used in coil manufacturing?
There are several types of steel alloys used in coil manufacturing, including carbon steel, stainless steel, and high-strength low-alloy (HSLA) steel. Each alloy has different characteristics and properties that make it suitable for specific applications in coil manufacturing. Carbon steel is commonly used for general-purpose coils due to its affordability and versatility. Stainless steel is preferred for its corrosion resistance and aesthetic appeal, making it suitable for applications that require durability and a polished finish. HSLA steel, on the other hand, offers enhanced strength and toughness, making it ideal for demanding applications that require high performance and durability.
Q: What are the different methods of uncoiling steel coils?
There are several different methods of uncoiling steel coils, depending on the specific requirements and equipment available. Some common methods include: 1. Uncoiling by hand: This method involves manually unwinding the coil by hand using a bar or rod inserted through the inner diameter of the coil. It is typically used for smaller coils or when other methods are not available. 2. Uncoiling with a mandrel: A mandrel is a cylindrical tool that supports the inner diameter of the coil and allows it to rotate freely. The coil is placed on the mandrel, which is then rotated to unwind the steel. 3. Uncoiling with a decoiler machine: Decoiler machines are designed specifically for uncoiling steel coils. They typically consist of a mandrel or drum that holds the coil, along with a motorized mechanism that rotates the coil and controls the speed of unwinding. Decoilers can handle larger and heavier coils, making them suitable for industrial applications. 4. Uncoiling with a straightener-feeder: This method is often used when the steel coil needs to be straightened and fed into a production line simultaneously. The coil is passed through a set of straightening rollers to remove any curvature, and then fed into the subsequent processing equipment. 5. Uncoiling with a recoiler: Recoilers are used when the steel coil needs to be rewound into a new coil. The original coil is uncoiled using one of the aforementioned methods, and then the steel is rewound onto a new mandrel or drum to create a smaller coil. It is important to note that the choice of uncoiling method depends on various factors such as the size and weight of the coil, the desired level of automation, and the specific production requirements.
Q: How are steel coils heat treated?
Steel coils are heat treated using a process called annealing. Annealing is a heat treatment technique in which the steel coils are heated to a specific temperature and then slowly cooled down. This process helps to relieve any internal stresses within the steel, improve its mechanical properties, and enhance its overall performance. The heating process involves raising the temperature of the steel coils to a critical point, typically between 800°C and 900°C, depending on the specific grade and desired outcome. The coils are then held at this temperature for a specific period of time, allowing for the transformation of the steel's microstructure. Once the desired time has elapsed, the heated steel coils are slowly cooled down in a controlled manner. This slow cooling process is vital as it allows the steel to undergo a gradual transformation, resulting in a more uniform and refined microstructure. This controlled cooling also helps to minimize the formation of internal stresses, which can potentially weaken the steel. The annealing process can be performed in different atmospheres, such as air, nitrogen, or hydrogen. The choice of atmosphere depends on the specific requirements and properties desired for the steel coils. For instance, annealing in a protective atmosphere like nitrogen or hydrogen can help prevent oxidation or decarburization of the steel surface. Overall, heat treating steel coils through annealing is a critical step in enhancing their mechanical properties, improving their formability, and achieving the desired characteristics for various industrial applications.
Q: I have a set of Stainless steel pots and pans. Everything is sticks to them. What must I do so things don't stick?
I only cook acidic foods in stainless steel or tomato sauces, Marinara sauces. Or sauces with wine in it. Because stainless steel is good with those kind of foods. Maybe you should use a little more fat, butter or Olive oil. And don't get the pan too hot, ( I don't care what other ppl say). Sometimes I heat up the pan and put a pat of butter in the pan to judge how hot it is. Once the butter starts sizzling or sputtering, the pan has reached the right temperature. Don't let the butter burn, the pan is too hot if the butter scorches. You can put a tablespoon (or less) olive oil in the skillet first and then a pat of butter; let them blend together. The oil will help keep the butter from burning.
Q: i mean the properties include the elasticity, impact load and ductility. am doing assignment about the perfect material that should be possessed by spring and i found alloy steel is the perfect and am confused whether stainless steel is the same with alloy steel ?
*Alloy steel is not same as stainless steel. An alloy steel is not the perfect spring steel. Since you are doing the project, please understand the carbon steel,alloy steel and super alloys. Alloy steel is steel alloyed with a variety of elements in amounts of between 1 and 50% by weight to improve its mechanical properties. Alloy steels are broken down into two groups: low alloy steels and high alloy steels. Stainless steel is a type of high alloy steel. *As far as spring material is concern , spring steel or music wire is best suited. Spring steel is a low alloy, medium carbon steel or high carbon steel with a very high yield strength. This allows objects made of spring steel to return to their original shape despite significant bending or twisting. Silicon is the key component to most spring steel alloys. An example of a spring steel used for cars would be AISI 9255 (DIN and UNI: 55Si7, AFNOR 55S7), containing 1.50%-1.80% silicon, 0.70%-1.00% manganese and 0.52%-0.60% carbon. Most spring steels (as used in cars) are hardened and tempered to about 45 Rockwell C. Since sufficient links were given earlier but I like you to go through spring steel as it is your subject matter. I have done the project on The design of a helical compression spring selected material was ASTM A228 (0.80–0.95% carbon).
Q: How do steel coils contribute to energy efficiency in buildings?
Steel coils contribute to energy efficiency in buildings in several ways. Firstly, steel coils are used in the construction of insulated panels and roofs, which provide effective thermal insulation. This insulation helps to reduce heat transfer, keeping the interior of the building cool in hot weather and warm in cold weather. Additionally, steel coils are often used in the manufacturing of energy-efficient windows and doors. These windows and doors are designed to minimize heat loss or gain, thereby reducing the need for heating or cooling systems and saving energy. Furthermore, steel coils are also utilized in the production of energy-efficient appliances, such as refrigerators and air conditioners, which consume less electricity while providing the same level of performance. Overall, the use of steel coils in building construction and appliances contributes to improved energy efficiency, reducing energy consumption and promoting sustainability.
Q: Can steel coils be stored in a humid environment?
Steel coils should not be stored in a humid environment as high humidity can lead to corrosion and rust formation on the steel surface, compromising its quality and durability. It is important to store steel coils in a dry and well-ventilated area to maintain their integrity and prevent any potential damage.
Q: What are the factors affecting the formability of steel coils?
There are several factors that can affect the formability of steel coils. Some of the key factors include the composition of the steel, its mechanical properties, the thickness and width of the coils, the temperature at which the forming process takes place, the type and amount of lubrication used, and the speed and pressure applied during forming. Additionally, the presence of defects or impurities in the steel can also impact its formability.

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