Used for various textile fabrics, not suitable for particularly soft or easily rolled fabrics. During the wearing process, the fabric undergoes deformation due to rubbing and bending, forming irregular creases that affect its appearance to the same extent and reduce its wearing performance. Therefore, the crease recovery performance of fabrics has become an important indicator for assessing fabric quality. This machine adopts the crease level recovery method to measure the performance of various textile fabrics that can be folded and pressurized under specified conditions. After unloading, the fabric can recover to its original state to a certain extent.
[Scope of Application] Used for various textile fabrics, not suitable for particularly soft or easily rolled fabrics. During the wearing process, the fabric undergoes deformation due to rubbing and bending, forming irregular creases that affect its appearance to the same extent and reduce its wearing performance. Therefore, the crease recovery performance of fabrics has become an important indicator for assessing fabric quality. This machine adopts the crease level recovery method to measure the performance of various textile fabrics that can be folded and pressurized under specified conditions. After unloading, the fabric can recover to its original state to a certain extent. Working principle A sample of a certain shape and size is folded and compressed under specified conditions for a certain period of time. After unloading the load (pressure), let the sample go through a certain recovery time, and then measure its crease recovery angle to represent the crease recovery performance of the fabric. [Compliant with standards] GB/T3819, ISO2313, JIS L1059-1, JIS L1060
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