Reducer coupling (55x110/100) KP55-20

Universal connector for ventilation systems

This variable cross-section connector, with dimensions of 55x110 mm and a diameter of 100 mm, is a key element in ventilation installations. It is used to connect rectangular and round ducts, providing flexibility and the ability to adapt to different configurations. The product is particularly useful during the construction or modernization of ventilation systems in homes, apartments and commercial facilities.

Construction and application

The KP55-20 connector is made of durable plastic, which guarantees its durability and resistance to conditions prevailing inside ventilation ducts. It allows for a smooth transition from a rectangular duct with dimensions of 55x110 mm to a round duct with a diameter of 100 mm. This solution is ideal where a change in duct cross-section is required, for example when connecting ventilation devices or creating branches in the installation.

Advantages for the installer and user

• Simple installation: The connector has been designed with easy and quick installation in mind, which translates into saving time and labor costs.
• Versatility: The ability to connect different duct cross-sections makes the connector compatible with a wide range of ventilation systems.
• Durability: Made of high-quality plastic, it ensures long-term use without the need for frequent replacement.
• Polish production: The product was manufactured in Poland by Awenta E.W.A. CHOMKA SPÓŁKA JAWNA, which demonstrates high quality workmanship and control over the production process.
• Design flexibility: Allows for free design of ventilation installations, adapting them to individual needs and space limitations.
• Connection tightness: Provides a tight connection of ducts, minimizing air losses and increasing the efficiency of the ventilation system – this is important both for user comfort and for reducing operating costs.

This connector is a reliable solution for anyone who values quality, functionality and ease of installation in ventilation systems.