A side seam t-shirt is a common garment construction where seams run down the sides, from the armpits to the hem. This is a key distinction from other t-shirt styles, such as tubular knit tees, which lack these seams.
Understanding Side Seam Construction
Unlike tubular knit t-shirts that are knitted in a seamless tube shape, side seam t-shirts are made by cutting fabric panels and stitching them together. Specifically, the front and back panels of the t-shirt are joined using seams that extend vertically along each side of the body.
According to the provided reference, Side-Seam T-Shirts are "constructed with seams running down the sides, from the armpits to the hem". This construction method creates a defined shape and allows for greater control over the garment's fit.
Why Side Seams Matter
The presence of side seams impacts several aspects of a t-shirt:
- Fit: Side seams allow for more tailored shapes, making it easier to create t-shirts that are fitted, contoured, or offer specific silhouettes. This construction often results in a better drape and a more flattering look compared to shapeless tubular knits.
- Stability: The seams add structure to the garment, which can help maintain its shape over time.
- Decoration: For screen printing or other decoration methods, side seam tees often provide a flatter surface, especially around the waist area, compared to tubular tees which can have creases.
- Cost: Sometimes, side seam construction can be slightly more complex to manufacture than basic tubular knits, potentially affecting cost.
Key Features of Side Seam T-Shirts
Here are some characteristics typically associated with side seam t-shirts:
- Visible seams running from below the armpit down to the bottom hem on both sides.
- Often available in a wider range of fits (e.g., slim fit, retail fit).
- Can sometimes feature side vents at the hem for added mobility or style.
- Made from cut and sewn fabric panels.
In summary, a side seam t-shirt is defined by its method of construction, featuring seams along the sides that contribute to its shape, fit, and overall structure.
