Printed Prepainted Galvanized Steel Coils for Refrigerator

Printed Prepainted Galvanized Steel Coils for Refrigerator System 1

Printed Prepainted Galvanized Steel Coils for Refrigerator

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 25 m.t.

Supply Capability:: 9000 m.t./month

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Product Description

1. AZ zinc coil PPGI PPGL GI GL
2. Size: 0.13-1.2X600-1250mm
3. Zinc: 60-275g
4. Competitive price

We produce and supply various kinds of steel coils, steel strips. Free sample can be provided. Welcome to contact for further information.

NAME	ppgi color coated galvanized steel coil	GALVANIZED	GALVALUME/ALUZINC
CERTIFICATE	ISO9001
STANDARD	GB/T-12754 JIS G 3312 EN 10169 ASTM A755	GB/T-2518 JIS G 3302 EN 10142/10427 ASTM A653	GB/T-14798 JIS G 3321 EN 10215 ASTM A792
GRADE	SGCC DX51D+Z DX53D+Z SGCH CGCD1-CGCD3 CGC340-CGC570	SS GRADE33-80 SGCC SGCH SGCD1-SGCD3 SGC340-SGC570 SGCC DX51D+Z DX53D+Z	GRADE33-80 SGLCC SGLCD SGLCDD SGLC400-SGLC570 SZACC SZACH SZAC340R
MODEL NO	0.13MM -1.2MM *600-1250MM	(0.12-1.5)*600-1250MM	0.16MM -1.5MM *600-1250MM
ZINC OR AZ Coating	60-275g/m2	60-275g/m2	60-150g/m2
Painting	top paint 16-25um back paint 7-10
TYPE	Steel coil Steel sheets/plates Corrugated steel sheets/plates	Steel coil Steel sheets/plates Corrugated steel sheets/plates	Steel coil Steel sheets/plates Corrugated steel sheets/plates
TECHNIQUE	Hot rolled-cold rolled -galvalume /galvanized -PPGI/PPGL	Hot rolled-cold rolled - galvanized	Hot rolled-cold rolled -galvalume /Aluzinc
SURFACE TREATMENT	Mini/regular/big/zero spangle, Chromate treatment /chromate-free treatment /untreated unoile/oiled, TENSION LEVELLERT SKIN PASS anti-fingerprint/un-anti-fingerprint, Coating,color	Mini/regular/big/zero spangle, Chromate treatment /chromate-free treatment /untreated unoile/oiled, TENSION LEVELLERT SKIN PASS anti-fingerprint/un-anti-fingerprint, Coating
APPLICATION	Structural use ,roofing, corrugated roofing, commercial use, household appliance, industry, family
SPECIAL APPLICATION	Wear resistant steel, high- strength - steel plate

Q:I was watching a documentary on the samurai vs the European knight. It said that the when Japan was being invaded by the (cant remember) they needed a new weapon. The enemies armor made iron swords useless. While steel swords broke when in combat. So to combat this the Japanese made a hybrid sword. They used a special mold that made the swords back iron while the part that makes contact with the enemy was steel. Also the sword was curved so it increased its armor and cutting power. This revolutionary design made the the sword stronger. The iron back made it not break while the steel edge made it cut through the enemies armor. I want to know how iron is stronger than steel, and how steel can cut better than iron.: Firstly Iron is not stronger than Steel. You must understand that steel is made with iron. Steel is iron with carbon infused into the crystal lattice; thus making it stronger. Iron was used as the backing because it is more ductile and resilient than steel because steel is stronger and more brittle. So on this basis steel is stronger and better to hit the armor first with more cutting power because it wont yield to softer materials, and iron was suited for the backing because it would allow it to bend as pressure is being applied, but without braking.

Q:What is the major disadvantage of hardened steel? Do you think this form of iron would be wear resistant and retain a sharpened edge?: The major disadvantage of hardened steel is that it is very brittle unless it is tempered. Hardened steel would be wear resistant, and would hold an edge as long as you don't cut anything harder than a boiled egg - the impact of the knife on a cutting board would shatter it.

Q:also what are the factors of location of these steel plants: iron ore comes from mines in North America, but also abroad. I think the majority of ore comes from mines in Michigan, Minnesota, and Canada. reason that steel plants are near great lakes is because the car industry is there... they are the major consumer of steel...

Q:Brass as a rule I believe is betterhowever I do not plan to get into reloading any time soon I just want some cheap practice ammo so will steel case ammo hurt my gun (semi auto) any more than brass ammo and if so how much more?: I think you answered the question correctly yourself. Yes. BRASS CASE IS BETTER. MUCH MUCH BETTER. Steel case is for the birds. Brass case feeds better in semi-autos as far as I can remember. High end guns all the way to cheapo's, the brass stuff is better. Ever notice how steel case cartridges almost always seem to have visible bulges in the cases right at the butt ends of the bullets? ? ? Not quite so with brass ammo. Cheap shots or expensive shots I prefer ammo in brass.

Q:density of mild steel (MS) is 7850 KG per metre cube , but i want to know the density of stainless steel: Stainless steels are the most dense, coming in at 8000 kg/m3. Though the densities vary, The answer is 8000 kg/m3. 301 stainless density values seem to vary according to the supplier data sheets, from 7.88 g/cc, (AK Steel) to 8.03 g/cc, (Allegheny Ludlum)

Q:Why does steel with several composites have a greater hardenability from quenching than low carbon steel alloys?Any help would be great: Bit tricky to explain and I don't know muh about it but steel on its own has lost of gaps in it ( the molecular structure) and when carbon is added thos gaps are filled, I think of it like this: it is easier to punch through expanded polystyrene( with all the little balls) than unexpanded(just a lump of plastic) as the balls are not properly joined and have air pockets between them.

Q:I want to make a lap steel guitar in my wood tech class. can anyone give me a link to a video or site that has steps on how to build one.: Steel guitars have cables attached to foot pedals to change the sound. I don't know how this would work with the top resting on your lap.

Q:I need to construct a table with three columns, which states the name of the steel, its compositions (e.g. Fe and C), and its special properties for a variety of different steel products.Help me please, a site with info would be great, explanations would be even better.: Steel is an alloy consisting mostly of iron, with a carbon content between 0.2% and 2.1% by weight, depending on the grade. Carbon is the most common alloying material for iron, but various other alloying elements are used, such as manganese, chromium, vanadium, and tungsten.[1] Carbon and other elements act as a hardening agent, preventing dislocations in the iron atom crystal lattice from sliding past one another. Varying the amount of alloying elements and form of their presence in the steel (solute elements, precipitated phase) controls qualities such as the hardness, ductility, and tensile strength of the resulting steel. Steel with increased carbon content can be made harder and stronger than iron, but is also less ductile. H.

Q:Well im currently doing a project. Wanna help me? Because trust me, i really need it. You know how steel was created in China? If you didnt, you just learned something newww(: but anyways got any info on that? Websites? or just info from websites? Well lemme know because if its the best you get Best Answer Easy points right? (: Okay thanksss (:: Steel is created in a primitive way whenever iron oxide ore (red dirt) is mixed with wood and burned. Seemingly everyone has a pet theory how their own selected country was the first to notice and do it on purpose. Regards, Larry.

Q:What are the different coil winding methods used for steel coils?: Steel coils can be wound using various methods, each having its own benefits and uses. 1. Layer winding is the most commonly employed technique for steel coils. It entails winding the steel strip or sheet in concentric layers to create a coil. This method is suitable for narrow and thin strips, offering excellent coil stability and strength. 2. Cross winding involves winding the steel strip in a crisscross pattern, alternating the direction of each layer. This ensures even stress distribution and prevents coil instability. Cross winding is typically used for wider or thicker steel strips. 3. Spiral winding is utilized for large or heavy steel coils. The steel strip is wound in a spiral pattern, gradually increasing the coil's diameter. This method facilitates easy handling and transportation while providing stability and preventing coil collapse. 4. Toroidal winding is employed to produce toroidal or donut-shaped coils. The steel strip is wound in a circular path, with each layer placed inside the previous one. Toroidal winding is commonly utilized in applications like transformers, where specific coil shape and size are required. 5. Interleaved winding involves intertwining two or more steel strips during the winding process. This method is used to create composite coils with varying materials or thicknesses. It enhances strength, stability, and enables customized designs. The selection of a specific coil winding method depends on factors such as strip thickness, width, tensile strength, and desired coil properties. Each method offers unique advantages and is chosen based on the specific requirements of the steel coil application.

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