Bubbling, edge lifting and peeling are common concerns when a fused garment component does not bond as expected. These problems can affect the appearance and finish of collars, cuffs, plackets and other reinforced sections. The cause is not always the interlining itself. Fabric compatibility, pressing conditions, surface preparation and handling can all influence how well fusible interlining attaches.
What Causes Bubbling?
Bubbles may appear when the adhesive does not form an even bond across the fabric surface. One possible reason is insufficient or uneven pressure during pressing. If parts of the material do not receive consistent contact, some areas may bond while others remain loose.
Moisture can also affect the fusing process, depending on the fabric and adhesive system. In addition, an unsuitable combination of outer fabric and interlining may prevent a uniform result. A fabric that is sensitive to heat may also change in appearance when exposed to conditions that are too high for it.
Why Does Interlining Peel at the Edges?
Edge lifting can occur when the adhesive has not bonded adequately near the perimeter. Incorrect positioning, uneven pressure, unsuitable pressing conditions or movement before the layers have cooled may contribute to the problem. Cutting and handling can also expose weak areas if the bond is already inconsistent.
It is important not to assume that increasing the temperature will solve every peeling issue. Excessive heat may damage the outer fabric or affect its surface. The correct conditions depend on the specific interlining and fashion fabric being used.
How Can Manufacturers Reduce These Problems?
Start by testing the selected interlining on an offcut of the actual outer fabric. Follow the product’s recommended fusing conditions and check the result after the sample has cooled. Inspect the bond across the full area, paying particular attention to corners and edges.
If bubbles or peeling appear, review the process systematically. Check whether the fabric is suitable, whether the pressing equipment applies even pressure, and whether the specified temperature and dwell time are being followed. Change one variable at a time during testing so the cause can be identified.
A documented sample approval process can help maintain consistency between production batches. For garment components requiring a lighter support layer, manufacturers may evaluate non-woven fusible interlining grades against their fabric and production conditions. Double Ghoda supplies non-woven interlining for wholesale use; sample testing remains essential before bulk production.
