Non Woven Interlining vs Woven Interlining: Which Should You Choose?

Choosing between non-woven and woven interlining depends on the garment component and the level of structure required. Both provide support, but their construction and typical applications differ. Understanding these differences helps manufacturers avoid selecting a material that adds too much stiffness or fails to provide the intended shape. The decision should be based on the finished garment's requirements rather than on price or weight alone.

Non-woven interlining is made by bonding fibres together rather than weaving yarns. Fusible versions include an adhesive coating that bonds to the outer fabric under suitable heat and pressure. These grades are commonly used for smaller garment components such as shirt collars, cuffs, plackets, pockets and flaps. A suitable non woven fusible interlining can provide controlled support without the need for a woven structure, although the correct grade still depends on the fabric and application.

Woven interlining is constructed from interlaced yarns and may be more appropriate where a garment requires more substantial structural support. For example, the main front sections of tailored suits and sherwanis typically need a more structured solution than a lightweight non-woven grade can provide. However, not every garment requires the same construction, and selection should account for the outer fabric, garment design and desired result. Sample testing remains important for both types.

When comparing non woven interlining fabric with woven alternatives, review the construction, GSM, composition and intended application listed by the supplier. Test the material in the actual garment and inspect its drape, adhesion and surface appearance after pressing. Double Ghoda supplies both woven and non-woven interlining options for different garment requirements. Buyers can compare the available specifications and select the category that best fits their production needs. Choosing according to application helps manufacturers achieve more appropriate support across different garment components.

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