MULTI-LAYER COMPOSITE MATERIAL, PRODUCTION AND USE THEREOF

1 . A multilayered composite material comprising as components:

(A) a sheet material,

(B) a material capable of absorbing water or aqueous fluids,

(C) at least one bonding layer and

(D) a polyurethane layer with capillaries passing through the entire thickness of the polyurethane layer,

wherein the polyurethane layer (D) comes into direct contact with sheet material (A) or absorption-capable material (B) in one or more places.

2 . The multilayered composite material according to claim 1 wherein said sheet material (A) comprises a textile sheet material.

3 . The multilayered composite material according to claim 2 wherein said textile sheet material (A) comprises a woven or nonwoven fabric of polyester.

4 . The multilayered composite material according to claim 1 wherein said material (B), capable of absorbing water or aqueous fluids, comprises a superabsorbent (B).

5 . The multilayered composite material according to claim 1 , wherein said superabsorbent (B) comprises an organic copolymer polymerized onto said sheet material (A).

6 . The multilayered composite material according to claim 1 , wherein said bonding layer (C) comprises a layer of a cured organic adhesive.

7 . The multilayered composite material according to claim 1 , wherein said polyurethane layer (D) exhibits patterning.

8 . The multilayered composite material according to claim 1 , wherein said polyurethane layer (D) has a velvetlike appearance.

9 . The multilayered composite material according to claim 1 , wherein the bonding layer (C) comprises an interrupted layer of a cured organic adhesive.

10 . Multilayered composite material according to claim 1 , which additionally comprises at least one interlayer (E) disposed between absorption-capable material (B) and bonding layer (C), between bonding layer (C) and polyurethane layer (D) or between two bonding layers (C), where interlayer (E) is selected from textile, paper, batt materials and open-cell foam.

11 . A process for producing a multilayered composite material according to claim 1 , which comprises bonding a material (B), capable of absorbing water or aqueous fluids, to a sheet material (A), forming a polyurethane layer (D) with the aid of a mold, applying at least one organic adhesive uniformly or partially onto sheet material (A) bonded to absorption-capable material (B) and/or onto polyurethane layer (D) and then bonding polyurethane layer (D) pointwise, stripwise or areawise to said sheet material (A) combined with said absorption-capable material (B).

12 . The process according to claim 11 wherein said polyurethane layer (D) is formed with the aid of a silicone mold.

13 . The process according to claim 11 , wherein said silicone mold comprises a silicone mold structured with the aid of laser engraving.

14 . The process according to claim 11 , wherein said mold is structured by using a laser to cut wells into the mold which have an average depth in the range from 50 to 250 μm and a center-to-center spacing in the range from 50 to 250 μm.

15 . The process according to claim 11 , wherein an interlayer (F) is placed between said absorption-capable material (B) and said bonding layer (C), between said bonding layer (C) and polyurethane layer (D), or between two bonding layers (C).

16 . (canceled)

17 . The process for producing a seat using a multilayered composite material according to claim 1 .

18 . A seat comprising a multilayered composite material according to claim 1 .

19 . A method of performing indoor air management comprising utilizing the multilayered composite material according to claim 1 .

20 . A vehicle interior comprising the multilayered composite material according to claim 1 .

21 . A vehicle containing at least one multilayered composite material according to claim 1 in an interior.