A stable, velvety fabric is produced that has a fluffy layer, which is more advanced than that produced using the stack sinker technique. Following your shearing process, the finished stretch velour textile is laminated to somewhat of a firm raised fabric produced for a 2-bar tricot machine.Depending on which process must be used, there are fine differences inside the fabric characteristics and these will decide that's the most suitable process to apply. 

The HKS 3-M or HKS 3-1 is also the most suitable machines for the following application. GB 1 produces the underlap in an even notation pertaining to GB 2, also using polyester filament yarns. 

 Whereas GB 3 of each high-performance tricot machine processes the elastane inside a tricot construction, GB 2 functions a counter notation tricot engineering using polyester filament yarns.An HKS 3-M machine is needed if this second method is employed to produce the velour and in this instance, GB 1 works the underlap, GB 2 binding wire manufacturers and GB THREE produce the ground from polyester filament yarns and work a plain beside a counter notation tricot structure.The loops produced are like loops on a pile sinker fabric and will then be cut open. 

The stretch yarn produces a fabric which has a specific stretch which, when caught, forces the underlap to the actual surface.. Another factor here is the gear already available in the grow plants. The third way for producing velour involves using elastane. This two-layered construction minimises the stretch required through process. A soft fabric is produced, which has high dimensional solidity