Fused Spinel HS Code
Fused Spinel HS Code : Understanding the Nomenclature and Significance When it comes to fused spinel, HS code is a term that one comes across quite often. HS, which stands for Harmonized System, is an internationally recognized code by the World Customs Organization (WCO) that is used to...
Fused Spinel HS Code: Understanding the Nomenclature and Significance
When it comes to fused spinel, HS code is a term that one comes across quite often. HS, which stands for Harmonized System, is an internationally recognized code by the World Customs Organization (WCO) that is used to classify and define traded goods. The HS code for fused spinel is 281820, where 28 denotes the category of inorganic chemicals, and 18 signifies oxides, hydroxides, and peroxides.
Fused spinel, a high-performance refractory material with excellent wear and chemical resistance properties, is derived from the fusion of only magnesia and alumina without any additives or impurities. The resultant powder is then sintered at high temperatures to produce a dense and homogeneous aggregate with exceptional strength, durability, and stability. It finds application in various industrial processes such as steelmaking, petrochemical, cement, and glass manufacturing, to name a few.
The HS code of fused spinel, apart from identifying and categorizing it under a specific group, plays a crucial role in international trade by helping determine the tariffs and taxes imposed on imported/exported products. The code also facilitates customs clearance by enabling easy identification of goods and minimizing the risk of misclassification or underreporting of the product's value.
In addition to fused spinel's HS code, there are various other codes and standards that one needs to adhere to while trading or manufacturing refractory materials. For instance, the American Society for Testing and Materials (ASTM) has defined a set of standards for testing and evaluating the properties of fused spinel, such as its chemical composition, bulk density, porosity, and thermal shock resistance.
Similarly, the European Federation of Refractory Producers (PRE) has developed a classification system that grades the refractory materials based on their alumina and silica content. Fused spinel, with typically over 70% alumina and 20% silica content, falls under the PREMIUM category, indicating its high-quality and superior performance characteristics.
Moreover, considering the growing demand for eco-friendly and sustainable products, fused spinel also aligns with the United Nations' Sustainable Development Goals (SDGs) by promoting responsible production and consumption patterns. The material's longevity, flexibility, and reusability attributes enable it to reduce waste and minimize the need for frequent replacements, thereby supporting sustainable development.
To summarize, fused spinel's HS code, along with other codes and standards, provides a structured and comprehensive framework for understanding the properties and applications of refractory materials. By adhering to these regulations, stakeholders in the refractory industry can ensure the quality, safety, and reliability of their products while contributing to a sustainable future.
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