Galvalume Steel Sheet & Coil ASTM A792 AZ150

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Loading Port:
Shanghai
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TT OR LC
Min Order Qty:
25 m.t.
Supply Capability:
100000 m.t./month

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Product Description:

Packaging & Delivery

Packaging Detail:Seaworthy Packing
Delivery Detail:25days

Specifications

Galvalume steel coils
Min Yield Strength of 550MPA
Min/Regular Spangle
Zinc coating:60-600g/m2

Hot Dipped 55% Aluminum Zinc Alloy Coated Steel by the Hot-Dip Process

Hot Dip Galvalume steel coil EN 10327 JIS G3321, ASTM A792M 55% AL-ZN coated

 

Description:

The hot dip galvalume steel is a kind of coated steel. With the cold rolled steel of different strength and thickness as substrate, it is produced through applying Al-Zn coat on both faces by hot dip process. In its coating, Al accounts for about 55%, Si 1.6%, while the remaining is Zn. It enjoys both the physical protective feature and durability of Al and the electrochemical protective property of Zn. And its surface has bright silver color and regular embossed-like figure, which are highly decorative.

 

Comparison

Item

GI

GF(Zn-5%Al)

GALVA-LUME(55%Al-45%Zn)

Al

Service Life

Fair

Fair

Good

Good

Electrochemical Protection

Good

Good

Good

N/A

Welding Performance

Good

Fair

Poor

Poor

Application with Wet Concrete

Good

Poor

Very Poor

Very Poor

Thermal Resistance

Poor

Poor

Good

Excellent

 

Specifications:

Standard

EN 10327

DX51D+AZ,  DX52D+AZ, DX53D+AZ,  

EN 10326

SS250GD+AZ,  SS350GD+AZ

JIS G3321

SGLCC,  SGLCD,  SGLCDD,  SGLC 400

 ASTM A792M

CS type C,  CS type B,  DS,  SS255,  SS345

Base Metal

Cold rolled steel coils 

SPCC,  SPCD,  SPCE,  DC01,  DC03,  DC04,  CS,  DS,  DDS,  Q195,  Q250,  Q350

Thickness

0.22mm-2.0mm

Width

700mm-1300mm

Coil ID

508mm,  610mm

Zinc coating

60g/m2-180g/m2

Surface treating

chromium free passivation,  chromium passivation,  fingerprint resistant,  oiled

Spangle types

regular spangle

 

Applications:

  

Architecture

Roofs and outside walls of civilian and industrial buildings, garage doors, fencings and window blinds

Appliances Industry

 

Outer clad sheets for washing machine, refrigerator, television, air conditioner and ventilation system, explosion-proof strip, solar water heater and appliance parts

Auto Industry

 

Muffler, heat shields of exhaust pipe and catalytic converter, auto parts & accessories under the frame, signboard in highway.

Industrial Instruments

 

Electric control cabinet, industrial refrigeration equipment, automatic vending machine

 

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Q:can you put nylon strings on a steel string acoustic guitar?
As others have said, it is not recommended because the steel-string neck is meant to handle the tension of steel strings, and nylon strings have much less tension. It won't do any immediate damage, especially if you loosen your truss rod a full turn or two to compensate. But if you keep the nylon strings on for too long your neck may twist or warp irreversibly. I don't recommend doing it, but if you want to try it anyway, get nylon strings with ball ends (Martin makes Darco strings with ball ends, and there are also Black Diamond strings with ball ends). Putting nylon strings on a steel-string guitar is not nearly as bad as putting steel strings on a nylon-string guitar -- whatever you do, don't do that!
Q:what happen if carbon steel is exposed to an oxygen?
Assuming the steel isn't actually melted, two things will happen. First, a layer of iron(ii) oxide, FeO will slowly develop on the surface, getting thicker over time. This layer is usually poorly bonded to the metal surface, it tends to flake off, exposing fresh metal. This is known as mill scale, it's also known as wustite which is the mineral term. Second, the surface of the steel will become decarburized, essentially becoming pure iron, not steel. The depth of the decarburized layer depends on the temperature, time, and the diffusivity of carbon in the steel at the given temp. This has some implications to engineering, in hot-rolling or forging of steel shapes for example. It's often the case that the stress and strain in a material is greatest at or near the surface. Therefore the weakened, decarburized layer at the surface may have a much greater detrimental effect on the steel's performance than might be expected. In a more specific example, die and tool steels depend on their carbon content for their strength and wear resistance, Therefore if such steels are heated in an oxidzing atmosphere, wear resistance is totally destroyed: The thin decarburized iron layer will be extremely soft and malleable.
Q:Stainless Steel Used In Knifes?
There okorder.com/ Stainless steel doesn't make the best knife blade. It doesn't sharpen as sharp or hold its edge as well. High carbon steel is better, but it rusts and discolors very easily so it's not as popular. A new thing (actually not new but popular these days) is to use a 'sandwich' of high carbon steel between two layers of stainless. So the actual edge is high carbon steel but the blade looks like stainless. I have some kitchen knives made this way (kind of expensive) and I love them. This same technique was used in Japanese katanas, swords used by samurai warriors.
Q:WHAT IS CR-NI STEEL ?
chromium nickle steel aka stainless steel exact amount of chrome and nickle will determine type/grade numbers Check the google for steel type/grade Never head of aircraft grade, however,, there is marine grade - normally baltic birch with waterproof glue and no defects i.e. knots, etc. Very strong (also quite expensive) but worth it for the correct applications
Q:timber truss versus steel truss?
How about another option - Steel Re-inforced Concrete Beams. Beam planks would span 8.4 metres but to keep the cost down have an I beam support at 4.2m. Concrete is great. It goes on quick, is sound proof, (very nice when it rains or for road traffic), can have gravel laid on top to act as a heat sink for winter sun and can be covered with normal roof steel if you want to hide it. Its also rust and borer free. While you would need good supports for the front and back, although with an I beam you can have a floating front, it is not much more than what is required for a wooden top. Design it right and your roof could be a future floor for the next addition.
Q:How to tell if something is Steel?
If it rusts, magnetic, hard, heavy with high melting point I reckon yourve found mild steel.
Q:Steel Buildings?
Yes you can have a steel structure building, as if it is more economical than RCC, I think it is , and it is much faster in completion than RCC, For such area steel structure is less in time than the RCC by 30% to 40%, my experience could estimate 6months to 8 months duration for steel structure
Q:Does shooting steel case ammo in a AR-15 ruin/damage the gun?
Two reasonable answers here. But let me say this...I just don't like the idea of steel touching steel at a high rate of speed (like when it's being cycled in and out of the chamber of a rifle). I can't help but feel that some sort of erosion is going to occur to the chamber of the rifle - which obviously isn't a good thing. If it were me, I would stick with firing brass casings only. The only gun I would fire steel casings through would be a cheaper SKS
Q:I buy steel!!!?
Tear up the train tracks.
Q:desnity of steel?
First you have to convert the coefficient of linear expansion to a coefficient of volumetric expansion. Multiply the coefficient of linear expansion by 3: Coefficient of expansion of steel,β:12E-6/°K x 3 = 36E-6/°K Difference in temperature: 480°K ΔV = VoβΔT ΔV = Vo x (0.000036) x 480 ΔV = 1m³ x 0.017 ΔV = 0.017m³ Originally, the steel was at 7800 kg/m³ Now, the steel was at 7800 kg/ 1.017m³, or 7670 kg/m³ Change in density = 7670 - 7800 = -130kg/m³

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