Ryno Mechanical Fix Flange Outlet Leaf Guard - TPMLG
Manufacturer/Brand: Ryno Roofing
SKU:TPM-LG - 19.1024
10000 in stock
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Ryno Mechanical Fix Flange Outlet Leafguard - TPMLG.
The Ryno Mechanical Fix Flange Outlet Leafguard serves as a robust barrier, preventing debris and leaves from infiltrating your pipe work. By doing so, it reduces the risk of blockages and potential leaks, ensuring the longevity of your roofing system.
Please note that this leaf guard is exclusively designed to complement the Ryno Mechanical Fix Flange Outlets Only.
Installing this leaf guard is a breeze as it conveniently clips onto the clamping ring of the outlet. This design ensures quick and easy removal for routine maintenance tasks, saving you time and effort.
Dimensions:
- Height: 80mm
- Width (Top): 160mm
Sold as one single Leafguard only. Roof outlet not included but can be purchased separately.
Additional Information for Ryno Mechanical Fix Flange Outlet Leaf Guard - TPMLG
Technical Information
Delivery Information
The Ryno Outlets are delivered direct to your chosen location typically in 1 -3 workings days.
We strongly recommend refraining from booking, scheduling, or commencing any works until you've received your complete materials order. Your satisfaction and seamless project execution are our top priorities.
FAQ's
Installing this leaf guard is a breeze as it conveniently clips onto the clamping ring of the outlet. This design ensures quick and easy removal for routine maintenance tasks, saving you time and effort.
The leaf guard serves as a robust barrier, preventing debris and leaves from infiltrating your pipe work. By doing so, it reduces the risk of blockages and potential leaks, ensuring the longevity of your roofing system.
Please note that this leaf guard is exclusively designed to complement Mechanical Fix Flange Outlets.
Explore the images for a visual reference to the dimensions.
Upgrade your roofing system with the Ryno Mechanical Fix Flange Outlet Leaf Guard - TPMLG, your assurance of efficient debris prevention and optimal performance.