Abstract: According to the invention, there is provided a more heat-resistant laminate comprising a metal foil, a fabric, and bonding means between the metal foil and the fabric, wherein the bonding means are a flouropolymer foil functioning as an adhesive film for bonding the fabric and the metal foil together. Hereby, an impermeable laminate is provided which is flexible and can withstand higher temperatures without delaminating. A laminate according to the invention can be mounted directly against hot components with temperatures up to 550° C. when the fabric is a woven glass fabric and as high as 1100° C. if the fabric is ceramic. The bonding means are stabile in temperatures up to 290° C. and provides a stabile and durable bonding also during temperature exposure of the laminate of 310° C. for an extended period of time.