able to follow the two outer layers while they are being stretched this prevents the creation of low adhesion points which result when the nonwoven is torn instead the good stretching characteristics of the nonwoven allow the creation of an adhesive bond across the entire surface the product manufactured with the nonwoven 46 can be used for automotive applications like coverings thermal insulator as well as damping material the nonwoven can of course also be used in sanitary items for example as the layer which may come in contact with the skin fig4 shows a section of a first product 51 product 51 exhibits a proposed polyethylene nonwoven 52 at its surface 53 the product may be a dual layer material as shown this laminate can be foil nonwoven laminate for example fig5 shows a section of a second product 54 the second product 54 is an sms material for example who layers have been thermobonded preferably the layers were bonded not only with each other but also individually embossed at least one of the spunbond layers is a nonwoven with a polyethylene surface fig6 shows a cross sectional view of a nonwoven fiber 55 it exhibits a core 56 preferably 20 containing another polymer like polypropylene for example a surface 57 of the nonwoven fiber at least partially exhibits the polyethylene mixture the polyethylene can covet the entire core 56 as a coating 58 or intermittently especially in the case of a changing surface geometry if interruptions are present they may be advantageously provided with an oxidation layer for thermobonding for example fig7 9 each.