Skewing (Fabric)
Nature — What Is Skewing (Fabric)?
Skewing is a fabric distortion where the weft yarns shift from a perpendicular position to the warp yarns, causing a diagonal misalignment.
It is commonly visible in garments when side seams twist after washing.
Scientific Structure (Explained Clearly)
Skewing occurs when yarn tension, knitting torque, or finishing imbalances cause the fabric structure to shift. During laundering, internal stresses release unevenly, leading to angular distortion.
Structural Characteristics
- Warp–weft misalignment
- Residual yarn tension
- Knit torque influence
- Uneven finishing relaxation
Fabric Quality Impact
- Twisted garment seams
- Visual fabric distortion
- Reduced aesthetic quality
- Potential fit irregularity
Performance — How Skewing Behaves
1. Seam Twisting
Side seams may rotate after washing.
2. Pattern Distortion
Printed designs may appear angled.
3. Directional Shift
Fabric grain moves from straight alignment.
4. Knit Sensitivity
More common in knitted fabrics.
Reality — What Customers Should Know
Advantages
- Can be minimized through proper finishing
- Predictable when tested correctly
- Improved by balanced fabric construction
- Controlled during quality assurance
Limitations
- Common in single jersey knits
- May worsen after laundering
- Difficult to fully eliminate
- Affected by fiber type and construction
Buying tip: Look for stabilized or balanced knit fabrics to reduce skewing risk.
FAQ — Skewing
Is skewing the same as shrinkage?
No, skewing is angular distortion, not size reduction.
Why do T-shirts twist?
Because of knit torque and tension imbalance.
Can skewing be fixed?
It can be reduced but not always completely eliminated.
Is it common in woven fabrics?
Less common than in knitted fabrics.