Abstract: The present invention relates to a dipping method applied on hybrid cords comprised of aramide and aramide-Nylon 6.6 fibers essentially comprising the steps of preparing the primary dipping solution (11), applying the primary dipping solution onto the cords (12), applying the primary heat treatment (13), preparing the secondary dipping solution (14), applying the secondary dipping solution onto the cords (15), applying the primary heat treatment (16), and used as a reinforcing material inside the rubber.

Abstract: Tire reinforcement material (1) formed of cords or yarns (2, 3, 4, 5) with different elasticity moduli and which is gained bielasticity property depending on the different thermal shrinkage (TK, AS) properties thereof. To provide a tire reinforcement material (1) which has the process and performance behaviour of the classic hybrid cord, and at the same time a reduced thickness of the fabric (gauge reduction). It allows the production process and performance properties of the tire reinforcement fabric to be optimized independent from each other.

Abstract: A tire cord fabric (1) which comprises alternate cords (2,3) with different tensile extensibilities is used as carcass reinforcement in radial pneumatic tires. The tire cord fabric (1) is formed by cords (2, 3) having different tensile extensibilities and is used as reinforcement in radial pneumatic tires to provide a sidewall area with an ondulated carcass structure.

Abstract: The present invention relates to a dipping method applied on hybrid cords comprised of aramide and aramide-Nylon 6.6 fibers essentially comprising the steps of preparing the primary dipping solution (11), applying the primary dipping solution onto the cords (12), applying the primary heat treatment (13), preparing the secondary dipping solution (14), applying the secondary dipping solution onto the cords (15), applying the primary heat treatment (16), and used as a reinforcing material inside the rubber.