How GutterScreen Works

The ‘ski slope’ method of leaf protection represents a sophisticated approach to maintaining clear and efficient roof drainage. This system is designed to create a barrier against a wide range of debris, including leaves, twigs, pine needles, and even unwanted pests such as birds and vermin, preventing them from establishing nests or blockages on the roof surface and within the gutter system. By effectively minimizing debris accumulation, the system ensures that rainwater can flow unimpeded, safeguarding the structural integrity of the roof and preventing potential water damage.

The Core of Ski-Slope Style Gutter Guard

The core of the ‘ski slope’ system lies in its unique installation technique. A 90-degree angle colorbond trim, chosen for its durability and resistance to weathering, is meticulously affixed to the gutter’s edge using robust screws. This secure attachment provides a stable foundation for the leaf guard. The guard itself is then carefully positioned, extending underneath the second row of roof tiles, creating the distinctive ‘ski slope’ angle. This angled design is crucial, as it encourages debris to be swept away by wind or washed off by rain, rather than allowing it to settle on the guard’s surface.

The Philosophy & Design

This design philosophy stands in stark contrast to simpler, less effective leaf guard solutions that merely fit within the gutter itself. These basic gutter-only guards often create a flat or near-flat surface, allowing leaves and other debris to accumulate. This buildup impedes water flow, causing it to pool and eventually overflow, resulting in a ‘waterfall’ effect. This overflow not only compromises the gutter’s functionality but also poses a significant risk of flooding to the surrounding areas, potentially damaging landscaping, foundations, and building exteriors. The ‘ski slope’ method, with its intelligently angled design and robust installation, offers a far superior and more reliable solution, ensuring long-term protection against the detrimental effects of debris accumulation and water overflow.