Humidity Is A Major Factor Affecting The Suitability Of Woven Fusible Interlinings

Humidity is the main factor affecting the applicability of woven fusible interlining because it affects its bonding effect and causes problems such as deformation and mildew.

In high humidity environments, woven fusible interlining is easily affected by moisture and becomes wet, resulting in poor bonding effect. This is because moisture affects the performance of the adhesive, making it unable to effectively fix the bond between the woven fabric and the interlining. In this case, the bonding effect of the woven fusible interlining will be greatly reduced, affecting the overall use effect of the interlining.

In addition to affecting the bonding effect, high humidity environments can also easily lead to the deformation and mildew of woven fusible interlining. Excessive humidity will cause the woven fusible interlining to absorb moisture and expand, resulting in changes in its size, which will in turn affect the overall shape and size of the garment. Moreover, woven fusible interlining in high humidity conditions is also prone to mold, which will cause the interlining to mildew and reduce its service life.

Therefore, in areas or seasons with high humidity, in order to ensure the quality and use effect of garments, it is necessary to choose woven fusible interlining with good humidity stability. Such woven fusible interlining usually adopts some special processes or adds humidity stabilizers, which can resist the influence of humid environment and maintain stable size and bonding effect. Choosing woven fusible interlining with good humidity stability can ensure the use effect of the interlining in humid environment and prolong its service life.