Alloy Strips Materials HS Codes
Alloy Strips Materials HS Codes Resources
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1.Stainless Steel Strips HS Codes:
To find out the detailed HS code of related stainless steel strips, you need to determine the specifications and applications of the stainless steel strips.
The following are the part of stainless steel strip HS code:
- 7220202000——Cold rolled stainless steel strip with thickness below 0.35mm (also used for stainless steel foils with 0.01mm to 0.1mm thickness)
- 7220203000——Cold rolled stainless steel strip with thickness from 0.35mm to 3mm
- 7220204000——Cold rolled stainless steel strip of a thickness 3mm or more, and width less than 600mm
2.Nickel Alloys Strips HS Codes:
The following are the part of nickel based alloys strips HS code:
- 7506200000 ——Nickel plates, sheets, strip and foil of nickel alloys
- 7506100000 ——Nickel plates, sheets, strip and foil of pure nickel, not alloyed
3.Copper Strips HS Codes:
The following are the part of copper strips HS code:
- 7409111000 ——Refined copper plates, sheets and strip, of a thickness exceeding 0.15mm ,containing oxygen not exceeding 10 PPM, in coils
- 7409119000——Other refined copper plates, sheets and strip, of a thickness exceeding 0.15mm
4.Aluminum Strips HS Codes:
The following are the part of aluminum strips HS code:
- 7606910000 ——Aluminium plates, sheets and strip, of aluminium, not alloyed , not rectangular, of a thickness more than 0.2mm
5.Titanium Strips HS Codes:
The following are the part of titanium strips HS code:
- 8108903100 ——Plates, sheets, strip and foil, made of titanium metal,-of a thickness not more than 0.8mm
More Resources
14 Gauge Vs. 16 Gauge Stainless Steel – What’s the Difference
The gauge generally defines the thickness of stainless steel, durability, and strength. As lower the gauge number the steel becomes thicker. 14 and 16 gauge stainless steel is most widely used in industrial and domestic applications. Both of these gauge standards are known for their durability and stability. They are suitable for many needs. The
Density of Aluminum Alloy: The Ultimate Guide
Aluminum alloy is a very versatile material due to its light weight, strength, corrosion resistance, and ease of fabrication. Aluminum and its alloy have low densities; therefore, it is most widely used in the aviation industry. Due to its unique properties, aluminum is used in a wide range of applications. The density of aluminum is
What is the Advantage and Disadvantage of Monel Alloy?
Monel alloy is one of the high-quality nickel-based superalloys. This alloy mainly consists of nickel and copper in its composition with some other elements like magnesium, silicon, carbon and iron. Monel alloys are most widely used due to their outstanding corrosion resistance, strength and high-temperature durability. The first monel alloy was produced commercially in 1905.
3Cr13 Vs. 420J2 Stainless Steel – What’s the Difference
The 3Cr13 grade of steel belongs to the martensitic stainless steel family. This grade is made in China and is known for its affordable price. This grade is used to produce many products like knives, bolts, tools, and springs. On the other hand, 420J2 grade is known for corrosion resistance for domestic as well as
Martensitic Vs. Austenitic Stainless Steel – What’s the Difference
Martensitic and austenitic are the two different phases of stainless steel and have different manufacturing methods and properties. Austenitic stainless steel is also called a high-temperature phase. To achieve this phase, heat the ferrite to 912 °C. At this point, stainless steel changes its structure from a body-centered cubic crystal structure to a face-centered cubic
What is Hastelloy X Nickel Alloy?
Grade HASTELLOY X is the corrosion resistance and solid solution-strengthened nickel-based alloy. HASTELLOY X alloy has outstanding oxidation resistance and maintains its strength at high temperatures. This grade of nickel-based alloy is suitable for welding applications due to the addition of molybdenum in its composition. The HASTELLOY X alloy has good machinability and formability. Grade
