HSN is the customs common code for goods. Its role is to provide a unified commodity classification and coding system worldwide to facilitate trade management by customs in various countries. The HSN code is a ten-digit code that describes the detailed information of the goods and is used for commodity classification, statistics, taxation, etc. In international trade, the correct use of the HSN code is crucial for the import and export of carbon steel pipe (CS pipe full form). The HSN code not only helps customs quickly identify goods, but also ensures the compliance and efficiency of the import and export process. The following is a detailed introduction to the HSN code for CS pipes and its application in import and export.
The carbon content of carbon steel pipes and the content of other alloying elements will affect their HSN code. For example, mild steel pipe and medium- and high-carbon carbon steel pipes may be classified into different coding categories. In addition, carbon steel pipes that have a small amount of alloying elements (such as manganese, silicon, etc.) added to improve performance may also have different codes from ordinary carbon steel pipes.
Seamless and welding are two different manufacturing processes corresponding to different HSN codes. Moreover, even for welding processes, different welding methods (such as argon arc welding, electroslag welding, etc.) and post-welding treatment methods (whether heat treatment is performed, etc.) may also affect the code.
The size specifications of carbon steel pipes such as outer diameter and wall thickness are also important factors in determining HSN codes. CS pipes of different size ranges may be classified under different coding items to meet the customs' classification management and statistical needs for products of different specifications.
CS pipes for special purposes will be given special HSN codes due to their special performance requirements and application scenarios. These special-purpose carbon steel pipes often need to meet higher standards and specifications during the production process, and the distinction of their codes will help customs conduct targeted supervision and statistics.
|
HSN code |
Commodity name |
Declaration elements |
|
7304191000 |
Carbon steel seamless steel pipe |
Specification (outer diameter), use (such as boiler, oil or gas drilling), material (non-alloy steel), processing method (cold drawing, hot rolling, etc.) |
|
7304199000 |
Carbon steel seamless steel pipe |
Specification (outer diameter), use, material, processing method |
|
7304592000 |
Carbon steel welded steel pipe |
Specification (outer diameter), use, material, processing method |
|
7304900000 |
Carbon steel pipe |
Specification (outer diameter), use, material, processing method |
|
7305110000 |
Carbon steel oil pipeline pipe |
Specification (outer diameter), use (oil or gas pipeline), material, processing method |
During the import and export process, declaration elements are the key content of customs review. The following are the main declaration elements of carbon steel pipes:
Whether it is a well-known brand or a private brand. Well-known brands often have higher recognition and added value in the international market. Accurate declaration of brand information helps customs assess the value of goods.
Whether it enjoys the benefits of specific trade agreements. With the increasing number of global free trade agreements, many countries have reached tariff reductions or preferential policies.
The uses and values of carbon steel pipes of different specifications vary greatly. The outer diameter and wall thickness directly affect the pressure bearing capacity and usage scenarios of the pipeline.
Specifically explain the actual uses such as boilers, oil or gas drilling, and construction. Purpose is one of the important bases for customs to judge the classification and applicable tax rate of carbon steel pipes.
The performance and price of carbon steel pipes of different materials are different. Alloy steel has better strength, corrosion resistance or high temperature resistance due to the addition of specific alloy elements, and its value is relatively high.
Cold drawing, cold rolling, hot rolling, welding, etc. The processing method not only affects the performance of carbon steel pipes, but is also closely related to production costs.
Such as GTIN (Global Trade Item Number), CAS (Chemical Registry Number), etc. GTIN is a globally accepted commodity identification code used to uniquely identify trade items in the supply chain. The CAS number is a unique digital identification number for chemical substances, which helps customs to have a more comprehensive understanding of product ingredients and characteristics.
The correct use of HSN codes and compliance with relevant regulations are essential for the import and export of carbon steel pipes. By understanding the HSN code, declaration elements, and factors that affect the determination of HSN codes for carbon steel pipes, companies can ensure the smooth progress of the import and export process while avoiding additional costs and delays caused by non-compliance with regulations.
Read more: Roughness of Carbon Steel Pipe or Mild Steel Pipe HS Code List