Kair Rotating Elbow Bend Adaptor 204mm x 60mm to 150mm - 6 inch Rectangular to Round 90 Degree Bend Adapter for Converting to Different Size Plastic Ducting Systems

• RECTANGULAR END: 204mm x 60mm Fits over rectangular duct pipe.
• ROUND END: 150mm (6 inch) Fits inside round duct pipe or flexible hose. Rotating spigot allows for easy adjustment.
• Allows you to convert between 150mm round and 204mm x 60mm rectangular ducting systems.
• 90 Degree elbow bend adaptors allows you to run duct inside ceiling voids or other areas where space is restricted.
• Compatible with Kair plastic ducting range of fittings, outlets, and grilles.

Kair Elbow Bend Adaptor 204mm x 60mm to 150mm - 6 inch Rectangular to Round 90 Degree Bend Adapter RECTANGULAR 204mm x 60mm The flat end is a female spigot and fits over 204mm x 60mm Rectangular Duct Pipe Part: DUCVKC5604 or flexible hose 206mm X 62mm DUCR3M/206/62. ROTATING ROUND 150mm / 6 inch Circular end is a 150mm round male spigot that that fits inside 150mm round duct pipe Part: DUCVKC670 or or flexible hose Part: DUCP0092/152/35. Allows you to convert between round and rectangular ducting systems. Made in the UK using high-quality Polystyrene/Polypropylene plastic. Max / Min Temperature: +60c / -15c. Easy to install and durable, just push-fit duct and fittings together. For permanent fixings, seal joints with silicone sealant or tape. Airflow performance independently tested by BSRIA or BRE. Suitable to use in compliance with Part F Building Regulations. Static Pressure Drop in Pascals: 15 l/s = 1.80 Pa - 30 l/s = 7.40 Pa - 60 l/s = 29.80 Pa Perfectly suited for ducting your Bathroom or Kitchen extractor fan, hydroponics, in-line extract Fans, tumble dryer, or cooker hood. This item can be used as a part of a long ductwork run for a variety of purposes including whole house ventilation, passive stack vent, positive input ventilation, air conditioning, HVAC, and Heat Recovery systems. Kair plastic rigid ducting is perfect for DIY and Trade use and provides superior airflow performance and durability versus flexible duct.