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  • ASTM A240 316Ti Plate 3MM

ASTM A240 316Ti Plate 3MM

  • Material Grade:ASTM A240 316Ti Plate 3MM
  • Width:0~2500mm or as per your requirements
  • Length:0~12m or as per your requirements
  • Thickness:0.3~1200mm or as per your requirements

PRODUCT DESCRIPTION

ASTM A240 S31803 316Ti N08810 Stainless steel Plate Stainless steel Sheet

 

1.What Is the Difference Between Sheet & Plate Steel?

 

Steel is an alloy of iron that has enhanced chemical and physical properties. The most commonly found steels are alloyed with between 0.2 percent and 2.15 percent of carbon, but some steels can be found that are alloyed with other materials like tungsten, chromium, vanadium and manganese. Steel has been used since ancient times but it was produced inefficiently and expensively until the mid 19th Century, when the Bessemer process was invented. Since then, steel has been mass produced in many forms, including metal foil, plate metal and sheet metal.

 

Metal Foil

 

Metal foil is a very thin sheet of metal that has been hammered or rolled flat. Metal foils can be made from any type of metal, although the most commonly found foils are aluminum foil and gold foil. Aluminum foil typically has a thickness of .03mm, although any sheet of metal with a thickness of less than 0.2mm is considered a foil.

 

Sheet Metal

 

Sheet metal is any metal that is thicker than a foil and thinner than 6mm, the thickness of a metal plate. Sheet metal is often used for building structures that do not require durability. It is also often corrugated or diamonded for additional strength without increasing weight. Corrugation is the creasing of the metal at regular intervals to form ridges, and diamonding is the addition of diamond ridges that add structure to the metal.

Plate and sheet are words used to describe the classification of metal depending upon its thickness.Plate is typically thicker than sheet, but the boundaries vary depending on the material you are talking about.

Steel is usually measured in fractions of an inch or SAE Gage [numbers = fractions] like 20 ga. (1/20″).A number of different gauge standards have been used for different applications. For example, gauges for ferrous steels are not used for non-ferrous steels such as aluminium and copper alloys, and there are also regional preferences for alternative gauges.

 

Sometimes the same gauge number refers to a different thickness in different gauge standards. Due to this potential for confusion, the use of gauge number is discouraged by current standards organisations such as ASTM, “as being an archaic term of limited usefulness not having general agreement on meaning”,according to ASTM A480/A480M.

 

For a definitive answer, it is necessary to refer to a standard or specification recognised by the manufacturer of the metal product in question . For example, stainless steel can be purchased in compliance with the specifications of ASTM A480/A480M - Standard Specification for General Requirements for Flat-Rolled Stainless Heat-Resisting Steel Plate, Sheet, and Strip. This includes the following definitions for material complying with this standard:

 

Plate: material 3/16″ [5.00 mm] and over in thickness and over 10″ [250 mm] in width;

 

Sheet: material under 3/16″ [5.00 mm] in thickness and 24″ [600 mm] and over in width

 

 

2.Super Duplex Stainless Steel

 

  UNS Super Duplex Industry Specifications Chemical Composition Min.Tensile
(KSI)
Min.Yield
(KSI)
Elongation
%
  UNS S32750 ASTM A182 F53, A240, A276, A479, A789, A790, A815, A928, A988
SAE J405
C 0.030 max
Cr 24.0-26.0
Cu 0.5 max
Mn 1.20 max
Mo 3.0-5.0
N 0.24-0.32
Ni 6.0-8.0
P 0.035 max
S 0.020 max
Si 0.8 max
116 80 15
  UNS S32760 ASTM A182 F55, A240, A276, A314, A473, A479, A789, A790, A815, A928, A988
SAE J405
C 0.03 max
Cr 24.0-26.0
Cu 0.5-1.0
Mn 1.0 max
Mo 3.0-4.0
N 0.2-0.3
Ni 6.0-8.0
P 0.03 max
S 0.01 max
Si 1.0 max
W 0.5-1.0
109

 

Super Duplex alloy UNS S32750 (F53 / 1.4410 / 32750 / Alloy 2507) has excellent corrosion resistance to a wide variety of media, with outstanding resistance to pitting and crevice corrosion in seawater and other chloride containing environments, with Critical Pitting Temperature exceeding 50°C.

 

UNS S32750 (F53 / 1.4410 / Alloy 32750) exhibits a low coefficient of thermal expansion and higher heat conductivity than austenitic steels and is suitable for working temperatures up to 300°C.

Listed in NACE MR 01 75 for sour service UNS S32750 (F53 / 1.4401) and having gained ASME Approval for Pressure Vessel applications Alloy 32750 can be used in a wide variety of applications.

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