Polymer-coated fabric

1. A method of knife-over-roll coating for the manufacture of a waterproof composite fabric comprising a textile layer and a continuous polymer layer, said polymer layer comprising adjoining first and second regions that have different physical or visual properties, the first and second regions being in a side-by-side arrangement extending longitudinally along a length of the fabric, the first region being formed from a first polymer composition and the second region being formed from a second polymer composition, the method comprising simultaneously applying the first and second polymer compositions to the textile layer, and the textile layer and the applied first and second polymer compositions being moved by the rotation of a support roller beneath a knife, such that excess polymer composition is scraped off the textile layer by the knife, leaving a desired thickness of the adjoining first and second regions of the polymer layer, wherein one or more dividers are situated directly behind the knife, the one or more dividers subdividing the area immediately preceding the knife into a plurality of sub-sections, with at least one sub-section containing a first polymer composition and an adjacent sub-section containing a second polymer composition.

2. The method of claim 1 , wherein the first and second polymer compositions each comprise one or more polymers and one or more solvents.

3. The method of claim 1 , wherein the first and second polymer compositions are applied at a temperature between about 60-100° C.

4. The method of claim 1 , further comprising a backplate located in the area preceding the knife, wherein the backplate, knife and support roller define three sides of a vessel, the vessel being divided by the dividers into the plurality of sub-sections of the area immediately preceding the knife.

5. A method of knife-over-roll coating for making a waterproof composite fabric comprising a textile layer and a continuous polymer layer, the polymer layer comprising adjoining first and second regions that have different physical or visual properties, the first and second regions being in a side-by-side arrangement extending longitudinally along a length of the fabric, the first region being formed from a first polymer composition and the second region being formed from a second polymer composition, the method comprising:

a) simultaneously applying the first and second polymer compositions to a carrier, and the carrier and the applied first and second polymer compositions being moved by a support roller beneath a knife, such that excess polymer composition is scraped off the carrier by the knife, leaving a desired thickness of the adjoining first and second regions of the polymer layer, wherein one or more dividers are situated directly behind the knife, the one or more dividers subdividing the area immediately preceding the knife into a plurality of sub-sections, with at least one sub-section containing a first polymer composition and an adjacent sub-section containing a second polymer composition;

b) applying a textile substrate to the surface of the polymer composition layer produced in step a), such that the polymer compositions bond to the textile; and

c) removing the carrier.

6. The method of claim 5 , wherein the first and second polymer compositions each comprise one or more polymers and one or more solvents.

7. The method of claim 5 , wherein the first and second polymer compositions are applied at a temperature between about 60-100° C.

8. The method of claim 5 , further comprising a backplate located in the area preceding the knife, wherein the backplate, knife and support roller define three sides of a vessel, the vessel being divided by the dividers into the plurality of sub-sections of the area immediately preceding the knife.