Abstract:

To investigate the relation between the fabric properties and composite interweaving process. To explore the relationship between combustion performance and anti-ultraviolet performance with the different weft interleaving, the combustion experiment, UPF values of the interweave fabrics are tested. Research shows that three kinds of functional fibers in combination acn improve the flame retardant performance and ultraviolet resistance  of the fabrics.The content of flame retardant acrylic fabric has a non-linear relationship with the combustion performance of fabrics. When the insertion ratio of flame retardant acrylic fabric to anti  ultraviolet polyester is 1:1, the fabric has the best flame retardant properties, and with no drip. When the content of honeycomb anti-ultraviolet polyester in fabric is 15.69%-35.3% , the content of transmittance (UVA) was negatively related to the content of honeycomb anti ultraviolet polyester, and when the content of honeycomb anti ultraviolet polyester in fabric is over 15.69% , the content of UPF was non-linear positively correlated with the content of honeycomb anti-ultraviolet polyester.When the insertion ratio of flame retardant acrylic fiber and honeycomb anti-ultraviolet polyester is 1:3, the fabric the best anti-UV properties.

Key words: flame-retardant polyester, flame-retardant acrylic fiber, honeycomb anti-ultraviolet polyester, vertical burning