HS Code for Lightweight printed synthetic blend

HS code 5513.49 is a specific classification for woven fabrics that are printed and contain less than 85% by weight of synthetic staple fibers other than polyester. These fabrics are mixed mainly or solely with cotton and must not exceed a weight of 170 grams per square meter (g/m2). This code serves as a residual category for printed synthetic blends in this weight class that do not meet the criteria for plain weave polyester blends. It typically includes fibers such as acrylic, modacrylic, or nylon staple fibers. The classification process involves verifying that the synthetic component is a staple fiber (discontinuous) rather than a filament (continuous) and ensuring the printing occurred post-weaving. Because this code covers "other" synthetic fibers or weaves, it is essential to document the specific type of synthetic fiber used in the blend.

Products Included

• Printed acrylic and cotton blends under 170g/m2
• Printed nylon staple fiber and cotton woven fabrics
• Non-plain weave printed polyester-cotton blends under 170g/m2
• Lightweight printed modacrylic staple fiber blends

Common Misclassification

A common misclassification occurs with HS code 5513.41, which is reserved specifically for plain weave polyester staple fiber blends. If the fabric contains polyester but uses a twill or satin weave, it may fall under 5513.49. Another error involves HS code 5407, which is used for fabrics made of synthetic filaments rather than staple fibers. Importers also occasionally confuse this with 5515.29, which covers other woven fabrics of acrylic or modacrylic staple fibers but does not have the same cotton-mix or weight restrictions.

FAQ

What is the HS code for lightweight printed synthetic blend?

The HS code for lightweight printed synthetic blends (other than plain weave polyester, <85% synthetic staple, mixed with cotton, <= 170g/m2) is 5513.49.

What defines a synthetic staple fiber in this classification?

Synthetic staple fibers are man-made fibers of a limited length, produced by cutting continuous filaments into short pieces. This distinguishes them from filaments, which are continuous strands and are classified under different HS chapters.