01 Thermoplastic Vulcanizates (TPV) consist of a polyolefin matrix composed of dispersed and continuous phases. At a predetermined temperature, rubber is melted and cross-linked with a thermoplastic material. These polymers and EPDM (ethylene propylene diene monomer (M-class)) rubber share similar properties. Its appeal is increased by its lightweight, excellent strength, and inexpensive production costs. Thermoplastic vulcanizates are commonly used in industry since they combine traditional elastomers' outstanding robustness with the thermoplastics' simple recyclability. They have recently received much attention as typical "green" polymers.Due to these qualities, thermoplastic vulcanizates are used in various applications, including automotive, fluid management, consumer goods, medical, sporting goods, and other industries. Thermoplastic Vulcanizates can be identified by their cross-linked structure, which is produced by the chemical fusion of polymers. Front-end body panels, belts, hoses, seating, dashboards, airbags, door panels, hoses & seals, instrument & soft-touch panels, and more are made with their help. These thermoplastic vulcanizates work better than standard rubber drives due to their increased heat resistance, flexibility, durability, age resistance, oil, gas, chemical resistance, weathering, and ozone resistance.Thermoplastic Vulcanizates have seen a significant demand increase, and this growth is expected to continue. The primary drivers of the market are the high demand from the automotive sector and the rising use of thermoplastic vulcanizate in the consumer goods sector. On the other hand, the abrupt collapse of the automobile sector in important nations and the effects of the pandemic epidemic are impeding the expansion of the TPV market. Over the forecast period, leading manufacturers should see many changes due to rising consumption in the healthcare sector.
November 2025 Elastron TPE showcased its latest THERMOLAST® V TPV material solutions for automotive sealing systems, mobility, and industrial applications at K 2025. The expanded TPV portfolio highlighted enhanced weatherability, lightweight performance, and recyclability to meet evolving automotive and industrial material requirements.
October 2025 Celanese Corporation introduced Santoprene® TPV 121-25W228 at K 2025, a new thermoplastic vulcanizate grade designed for foamed dynamic automotive weather seals. The product delivers a more uniform foam structure, improved mechanical performance, and predictable sealing characteristics, supporting lightweight vehicle designs and advanced sealing applications.
October 2025 Mitsui Chemicals presented advanced elastomer and thermoplastic material solutions, including Milastomer™ TPV grades, at K 2025 to support electrification, sustainable mobility, and circular manufacturing. The company expanded the commercial reach of its TPV portfolio by promoting materials designed for lightweight automotive and industrial applications.