150mm 45 Round Ducting Bend | Rigid Plastic Fitting For Changing Duct Direction In Ventilation, Air Conditioning And Tumble Dryer Systems

Product Description The Fantronix 45° Elbow Connector 150mm (6 Inch) is a rigid round plastic ducting bend designed to change airflow direction smoothly within ventilation systems. Ideal for routing ductwork around walls, ceilings and obstacles, this 45 degree elbow provides a reliable solution for domestic and commercial HVAC installations. Engineered for use with standard 150mm round ducting, it ensures efficient airflow performance in extractor fan systems, tumble dryer venting and general ventilation pipe runs. Key Features 150mm (6 Inch) round 45° elbow duct connector Male spigot push-fit design Compatible with rigid duct pipe and 153mm flexible hose Durable high-quality PVC construction Smooth internal bore for improved airflow efficiency The 45 degree bend allows you to redirect airflow without the sharp resistance associated with tighter angles, helping maintain consistent air extraction performance in ventilation duct systems. Designed with a male spigot connection, the elbow fits securely into any female 150mm round duct pipe or compatible flexible ventilation hose. Joints can be sealed using duct tape or secured with hose clips to achieve an airtight connection. The rigid PVC construction provides greater strength and durability compared to flexible ducting alternatives, supporting long-term reliability in HVAC, bathroom extractor fan and cooker hood installations. Its smooth internal airflow path reduces turbulence and pressure loss, improving overall system efficiency in both short and extended duct runs. Suitable for tumble dryer venting, bathroom and kitchen extractor fans, cooker hood ducting, hydroponic ventilation, inline extract fans, air conditioning ductwork, heat recovery systems and whole-house ventilation setups. Ideal for domestic and light commercial ventilation installations. Installation Notes Insert the male spigot ends into compatible 150mm female ducting or flexible hose and secure with appropriate sealing methods where required. Ensure the elbow is positioned to maintain smooth airflow direction and minimise unnecessary bends for optimal ventilation system performance.