HS Code Subheading

Fabrics, woven; of yarns of different colours, containing less than 85% by weight of artificial staple fibres, mixed mainly or solely with man-made filaments

5516.23 Subheading
Section XI — Textiles and textile articles

About HS Code 551623

This HS code encompasses woven fabrics made from yarns of different colors, containing less than 85% by weight of artificial staple fibres, mixed mainly or solely with man-made filaments. Unlike piece-dyed fabrics, the yarns are dyed prior to weaving, creating intricate patterns such as checks, stripes, or jacquards. These fabrics are highly valued for their sophisticated visual texture and colorfastness, making them a staple in fashion for tailored garments, shirting, and decorative textiles. Importers include high-end fashion houses, apparel manufacturers, and interior design firms looking for distinctive patterned materials. Exporters are often specialized textile mills, particularly in regions known for advanced weaving and yarn-dyeing capabilities. Understanding the specific blend, yarn count, and weave structure is crucial for accurate classification and trade.

Products Under This Code

Yarn-dyed polyester-viscose checks, striped nylon-rayon shirting, plaid modal-acetate fabrics, jacquard synthetic blends, multi-color blended suiting, patterned dress fabrics, gingham blended textiles

Real World Examples

Brooks Brothers yarn-dyed shirts, Ralph Lauren plaid fabrics, upholstery fabrics from Sunbrella (if blended), specific patterned fabrics from textile mills like Arvind, Raymond

Common Misclassification

Often confused with 551622 (dyed after weaving) or 551624 (printed) due to similar fiber composition but different coloring methods. Misidentification with 5407 (woven fabrics of synthetic filament yarn) can occur if the blend ratio is not carefully assessed.

Products Classified Under 5516.23

Industry

This code belongs to the Textiles & Clothing industry.

Trade Overview

Italy, Turkey, and China are key exporters of these sophisticated fabrics, with major importers being fashion houses in Europe and North America.

Frequently Asked Questions

What is HS code 551623?

HS code 551623 covers: Fabrics, woven; of yarns of different colours, containing less than 85% by weight of artificial staple fibres, mixed mainly or solely with man-made filaments. This HS code encompasses woven fabrics made from yarns of different colors, containing less than 85% by weight of artificial staple fibres, mixed mainly or solely with man-made filaments. Unlike piece-dyed fabrics, the yarns are dyed prior to weaving, creating intricate patterns such as checks, stripes, or jacquards. These fabrics are highly valued for their sophisticated visual texture and colorfastness, making them a staple in fashion for tailored garments, shirting, and decorative textiles. Importers include high-end fashion houses, apparel manufacturers, and interior design firms looking for distinctive patterned materials. Exporters are often specialized textile mills, particularly in regions known for advanced weaving and yarn-dyeing capabilities. Understanding the specific blend, yarn count, and weave structure is crucial for accurate classification and trade.

What products fall under HS code 551623?

Yarn-dyed polyester-viscose checks, striped nylon-rayon shirting, plaid modal-acetate fabrics, jacquard synthetic blends, multi-color blended suiting, patterned dress fabrics, gingham blended textiles

What are common misclassifications for HS code 551623?

Often confused with 551622 (dyed after weaving) or 551624 (printed) due to similar fiber composition but different coloring methods. Misidentification with 5407 (woven fabrics of synthetic filament yarn) can occur if the blend ratio is not carefully assessed.

How is HS code 551623 structured?

HS code 551623 is a 6-digit subheading under the Harmonized System. The first 2 digits (55) identify the chapter, digits 3-4 (16) identify the heading, and digits 5-6 (23) specify the subheading. This code is standardized globally by the World Customs Organization.