TPV Knitted Reinforced Hose Extrusion Line
As electric vehicles (EVs) continue to grow in popularity, driven by rapid advances in automotive technology and stronger environmental awareness, the demand for lightweight and durable materials has become increasingly important. Thermoplastic Vulcanizate (TPV), which combines the flexibility of rubber with the processing advantages of plastic, is now widely used in EV fluid management systems.
To meet this demand, DEKUMA developed a dedicated TPV extrusion line for EV hose production. The line adopts a three-layer structure: TPV inner layer, knitted reinforcement (polyester, aramid), and TPV outer coating. It enables efficient output of knitted composite hoses, as well as double-layer and single-layer variants. The TPV pipe extrusion line ensures high precision, stable multi-layer control, and reliable performance in continuous production.
With a strong focus on process stability and production efficiency, we help you improve output quality and stay competitive in TPV plastic pipe extrusion for the evolving EV industry.
Advantages
The TPV material used in Dekuma’s TPV pipe production line exhibits excellent environmental performance, aligning with the green philosophy and sustainability goals of new energy vehicles.
Recognizing the rapid advancements in automotive technology, Dekuma provides customized production solutions through its TPV pipe extrusion machine, effectively meeting diverse practical production needs.
Dekuma’s high-output TPV pipe extruder ensures efficient production of TPV knitted reinforced hoses. With precise control over the inner TPV layer extrusion, a customized fiber-reinforced knitted layer, and infrared heating for optimal bonding, it achieves production speeds that meet international standards.
An advanced metering control system ensures accurate extrusion volume management, maintaining consistent pipe wall thickness. Combined with a self-developed PLC system and high-performance downstream units, this setup supports fully automated TPV pipe extrusion with stable and reliable output.