5516.41.00.60 - Satin weave or twill weave (617)
Details
| Field | Value |
|---|---|
| Unit of Quantity | m², kg |
| General Rate of Duty | 14.9% |
| Special Rate of Duty | Free (AU,BH, CL,CO,IL,JO,KR, MA,OM,P, PA,PE,S,SG)
AU
🇦🇺
BH
🇧ðŸ‡
CL
🇨🇱
CO
🇨🇴
IL
🇮🇱
JO
🇯🇴
KR
🇰🇷
MA
🇲🇦
OM
🇴🇲
P
🇨🇷
🇩🇴
🇸🇻
🇬🇹
ðŸ‡ðŸ‡³
🇳🇮
PA
🇵🇦
PE
🇵🇪
S
🇨🇦
🇲🇽
SG
🇸🇬
|
| Column 2 Rate of Duty | 81% |
| Quota Quantity | N/A |
| Additional Duties | N/A |
Overview
This HTS classification covers woven fabrics of artificial staple fibers that contain less than 85 percent by weight of artificial staple fibers, with these fibers being mixed mainly or solely with cotton. Specifically, this subcategory pertains to fabrics woven in a satin or twill weave. These weaves are characterized by their distinct diagonal ribbing (twill) or a smooth, lustrous surface created by floating warp or weft threads over several others (satin). Examples include fabrics commonly used for apparel, home furnishings, and linings where the visual appearance and drape of these specific weaves are desired.
Distinguishing this category from its siblings, it's important to note that while all fall under "Unbleached or bleached" fabrics with less than 85% artificial staple fibers mixed with cotton, the key differentiator here is the specific weave structure. Siblings might be classified under poplin, broadcloth, printcloth, cheesecloth, lawns, voiles, batistes, or duck, each possessing unique weave constructions and end-use applications. This category specifically isolates fabrics defined by their satin or twill weave construction, regardless of other potential weave types that might be present within the broader context of similar fiber content.
As this is a leaf node within the HTS database, there are no further subcategories to introduce. Therefore, classification into 5516.41.00.60 hinges directly on the presence of a satin or twill weave in an unbleached or bleached woven fabric composed of less than 85% artificial staple fibers predominantly mixed with cotton. Verification of the weave structure through visual inspection or fabric analysis is crucial for accurate classification.