The invention relates to a profile made from a polymer composition comprising a first polymer and a second polymer in a predetermined ratio such that the polymer composition has a predetermined flexural modulus and temperature resistance, and the invention relates to a spirally wound hose made from the profile. It is part of the invention that the profile wall thickness of the hose is reduced while an optimal value for the flexural fatigue is maintained when compared to the common wall thickness of current hoses, such that the hose of the invention has a reduced weight while the memory of the hose is maintained at an optimal value. The invention further relates to a polymer composition comprising a first polymer and a second polymer in a predetermined ratio such that the polymer composition has a predetermined flexural modulus and temperature resistance. The invention also relates to a method for making a polymer composition comprising a first polymer and a second polymer in a predetermined ratio such that the polymer composition has a predetermined flexural modulus and temperature resistance, said method providing for example the polymer composition for manufacturing the profile of the invention.