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1. (US20020065009) Breathable elastic polymeric film laminates
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We claim:

1. A composite material comprising an elastomeric three-dimensional, apertured film having a first surface and a three-dimensional surface with a plurality of protuberances, and a polymeric film carrier material disposed on and bonded to at least one of the first surface and the three-dimensional surface of the elastomeric film, said composite material having elastic hysteresis properties such that the composite material has less than 10% tensile set after elongation of about 300%.
 
2. A composite material, as set forth in claim 1, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the three-dimensional surface of the elastomeric film.
 
3. A composite material, as set forth in claim 1, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the first surface of the elastomeric film.
 
4. A composite material comprising an elastomeric three-dimensional, apertured film having a first surface and a three-dimensional surface, with a plurality of protuberances, and a polymeric film carrier material disposed on and bonded to at least one of the first surface and the three-dimensional surface of the elastomeric film, said composite material having elastic hysteresis properties such that the composite material has less than 21% force relaxation after elongation of about 300%.
 
5. A composite material, as set forth in claim 4, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the three-dimensional surface of the elastomeric film.
 
6. A composite material, as set forth in claim 4, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the first surface of the elastomeric film.
 
7. A composite material comprising an elastomeric three-dimensional, apertured film having a first surface and a three-dimensional surface with a plurality of protuberances, and a polymeric film carrier material disposed on and bonded to at least one of the first surface and the three-dimensional surface of the elastomeric film, said composite material having elastic hysteresis properties such that the composite material has less than 10% tensile set after elongation of about 250%.
 
8. A composite material, as set forth in claim 7, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the three-dimensional surface of the elastomeric film.
 
9. A composite material, as set forth in claim 7, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the first surface of the elastomeric film.
 
10. A composite material comprising an elastomeric three-dimensional, apertured film having a surface and a three-dimensional surface with a plurality of protuberances, and a polymeric film carrier material disposed on and bonded to at least one of the first surface and the three-dimensional surface of the elastomeric film, said composite material having elastic hysteresis properties such that the composite material has less than 21% force relaxation after elongation of about 250%.
 
11. A composite material, as set forth in claim 10, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the three-dimensional surface of the elastomeric film.
 
12. A composite material, as set forth in claim 10, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the first surface of the elastomeric film.
 
13. A composite material comprising an elastomeric three-dimensional, apertured film having a first surface and a three-dimensional surface with a plurality of protuberances, and a polymeric film carrier material disposed on and bonded to at least one of the first surface and the three-dimensional surface of the elastomeric film, said composite material having elastic properties such that the force required to extend the composite material 100% is from about 366 g/cm to about 524 g/cm.
 
14. A composite material, as set forth in claim 13, wherein a first layer of said carrier material is bonded to the first surface of the elastomer film and a second layer of said carrier material is bonded to the three-dimensional layer of said elastomeric film.
 
15. A composite material, as set forth in claim 13, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the three-dimensional surface of the elastomeric film.
 
16. A composite material, as set forth in claim 13, wherein said elastomeric film comprises a vacuum-apertured elastomeric film and said carrier material is disposed on the first surface of the elastomeric film.