molding step 20 e g 300 degrees fahrenheit for about 20 seconds are less than those currently used in the manufacture of composites having tpu foam and knit fabric e g 400 degrees fahrenheit for about 120 seconds thus molding step 20 can form composite fabric 10 into the desired shape faster and more economically than prior processes referring now to fig4 a manufacturing process according to the present invention for making composite fabric 10 is illustrated generally by reference numeral 40 in addition to molding step 20 described above manufacturing process 40 includes a washing or agitation step 42 and a lamination step 44 during process 40 fabric layer 12 is first exposed to agitation step 42 then the fabric layer and foam layer 14 are adhered to one another during lamination step 44 to define composite fabric 10 and finally the composite fabric is molded during molding step 20 preferably agitation step 42 exposes the desired non woven fabric 12 to mechanical agitation more preferably in the presence of a wetting agent such as but not limited to water and or fabric softener for example it is contemplated for agitation step 42 to be carried out in a typical household washing machine or a typical industrial dyeing process.