HS Code Subheading

Ensembles; men's or boys', of synthetic fibres, knitted or crocheted

6103.23 Subheading
Section XI — Textiles and textile articles

About HS Code 610323

This HS code pertains to knitted or crocheted ensembles for men and boys made from synthetic fibers. These materials, such as polyester, nylon, and spandex, are highly valued for their durability, moisture-wicking properties, stretch, and often lower cost compared to natural fibers. Consequently, these ensembles are extremely popular in sportswear, activewear, and performance apparel markets, as well as for casual and loungewear where easy care is desired. The international trade is dominated by large sportswear brands, fast fashion retailers, and specialized textile manufacturers. Exporters are often found in regions with advanced synthetic fiber production and garment manufacturing infrastructure, while importers are global retailers catering to active lifestyles and budget-conscious consumers. Key considerations include the specific synthetic blend, the knit structure (e.g., double knit, mesh), and functional features like breathability or quick-drying capabilities.

Products Under This Code

Men's polyester knit tracksuit, Boys' synthetic fiber athletic ensemble, Men's nylon blend activewear set, Boys' spandex blend performance ensemble, Men's knitted synthetic loungewear, Polyester fleece hoodie and jogger set, Synthetic fiber training ensemble

Real World Examples

Under Armour synthetic tracksuit, Adidas Tiro training ensemble, Nike Dri-FIT knit set, Puma polyester activewear, Gymshark seamless synthetic ensemble

Common Misclassification

Misclassification often occurs with 610322 (cotton ensembles) or 610329 (other textile ensembles) if the synthetic fiber content is not correctly identified, or with 620323 if the ensemble is woven.

Products Classified Under 6103.23

Industry

This code belongs to the Textiles & Clothing industry.

Trade Overview

China, Vietnam, and Bangladesh are leading exporters of synthetic fiber knit ensembles, with the USA, Germany, and the UK being primary importers.

Frequently Asked Questions

What is HS code 610323?

HS code 610323 covers: Ensembles; men's or boys', of synthetic fibres, knitted or crocheted. This HS code pertains to knitted or crocheted ensembles for men and boys made from synthetic fibers. These materials, such as polyester, nylon, and spandex, are highly valued for their durability, moisture-wicking properties, stretch, and often lower cost compared to natural fibers. Consequently, these ensembles are extremely popular in sportswear, activewear, and performance apparel markets, as well as for casual and loungewear where easy care is desired. The international trade is dominated by large sportswear brands, fast fashion retailers, and specialized textile manufacturers. Exporters are often found in regions with advanced synthetic fiber production and garment manufacturing infrastructure, while importers are global retailers catering to active lifestyles and budget-conscious consumers. Key considerations include the specific synthetic blend, the knit structure (e.g., double knit, mesh), and functional features like breathability or quick-drying capabilities.

What products fall under HS code 610323?

Men's polyester knit tracksuit, Boys' synthetic fiber athletic ensemble, Men's nylon blend activewear set, Boys' spandex blend performance ensemble, Men's knitted synthetic loungewear, Polyester fleece hoodie and jogger set, Synthetic fiber training ensemble

What are common misclassifications for HS code 610323?

Misclassification often occurs with 610322 (cotton ensembles) or 610329 (other textile ensembles) if the synthetic fiber content is not correctly identified, or with 620323 if the ensemble is woven.

How is HS code 610323 structured?

HS code 610323 is a 6-digit subheading under the Harmonized System. The first 2 digits (61) identify the chapter, digits 3-4 (03) identify the heading, and digits 5-6 (23) specify the subheading. This code is standardized globally by the World Customs Organization.