Roof and wall terminal solutions are essential to the performance and durability of every ventilation system. Ubbink roof and wall terminals provide efficient air intake and exhaust with low pressure loss while supporting airtight and weatherproof installations. Compatible with Aerfoam, suitable for all roof types and available in universal duct sizes and multiple colours, they help create reliable residential ventilation systems for energy-efficient homes.
Roof and wall terminals play a vital role in the overall performance of a ventilation system. By ensuring efficient air intake and exhaust while minimising pressure losses, they help maintain consistent airflow and support the designed performance of the entire installation.
When combined with Ubbink's ventilation components, these solutions contribute to a reliable, balanced system that delivers healthy indoor air and long-term performance.
Roof and wall penetrations are continuously exposed to wind, rain and changing temperatures. Selecting the right terminal and weather protection solution helps protect the building envelope, reduce the risk of moisture ingress and support the long-term performance of the ventilation system.
By protecting these critical connection points, installers can create reliable installations that continue to perform throughout the lifetime of the building.
Effective terminal solutions help ensure reliable airflow while protecting the building against wind, rain and uncontrolled air leakage
Airtight and weatherproof ventilation connections help maintain the performance of the ventilation system and support energy-efficient residential construction.
Ventilation terminals are used for roof and wall applications to provide safe and efficient air intake and exhaust for residential ventilation systems.
The right solution depends on the ventilation system, building design, roof or wall application, and the required air intake or exhaust configuration.
Ubbink provides a complete range of roof and wall terminal solutions designed to deliver efficient airflow, reliable weather protection and long-term system performance.
