Duct Reducer Outlet Adapter Heat Resistant Exhaust Connector Heating Performance Improving Ducting Connector

This Exhaust Connector provides versatile connectivity and can withstand daily use. Efficiently nsfer hot air from the without special tools or skills required. Simply put the 60mm/42mm inner diameter parts into p.Specification:Product name: Heat Ducting Converter AdaptorProduct material quality: ABpe diameter:A: about 6x7.5cm/2.36x2.95 inchesB: about 4.2x6cm/1.65x2.36 inchesC: about 4.2x7.5cm/1.65x2.95 inchesApplication: suitable for 2kw/5kw/8kw D2/D4Packing List:1 x Heat Ducting Converter AdaptorNote:Due to different lighting and screen settings, the item color may be slightly different from the picture.Due to different manual measurements, please allow a 1-2cm difference in size.See more product details1.Multe Functional: By enabling connection of your parking system to multe ducts with its Y-shaped branch and T-shaped branch reducer, our Heat Ducting Converter Adaptor ensures seamle integration, ensuring optimal heating performance.2.bility Materials: With reliable performance, this heat ducting converter adaptor is made of best-in-cla ABS material that can endure daily wear and tear, providing unparalleled stability and long-term functionality.3.Improved Performance: Ensure optimal airflow and heating efficiency with our Heat Ducting Converter Adaptor. Efficiently nsfer hot air from your to the entire cabin area, maximizing comfort and improving lifespan. Enjoy a cozy and comfortable ride every time.4.Easy to Aemble: Our Heat Ducting Converter Adaptor es vehicle heating performance improvement a breeze. Without special skills or tools are required to install this simple yet effective acceory. Drive comfort and safety during chilly seasons.5.Seamle Integration: The Heat Ducting Converter Adaptor ensures perfect compatibility with your heating system. Effortlely convert to fit 75mm/60mm inner diameter s or use the 60mm/42mm inner diameter parts for efficient connection. Modernized installation ensures optimal performance.