A Wind Is A Continuous Cycle Of Air Flow How to Prevent Roof Ice Build-up From Causing Major Damage to Your House This Winter

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How to Prevent Roof Ice Build-up From Causing Major Damage to Your House This Winter

You’ve seen it many times – snowballs build up in the corners of the roof. But have you ever wondered why these dangerous (and dangerous) icicles and icicles form? The answer is simple: the heat trapped in your attic melts the snow on your roof. The melting snow then slides down the edge of the roof and refreezes, again and again, continually adding more snow mass and ultimately severely damaging your roof structure. You may not realize the extent of the damage until it’s too late: damage such as warping and detachment of eave troughs, fascia board warping, rotting roof wood, and staining drywall and plaster from melting snow leaking into your home. Why does this happen? You may be surprised to hear the answer. The power of ice is immense. When water freezes, it expands and creates a tremendous force that pushes anything in its path. This unstoppable force can bend steel like bubble gum. Imagine these enormous levels of pressure exerted on soft materials such as wood, aluminum, asphalt shingles or brick, concrete and stone walls (all easy prey for ice dams). Clearly, the damage can be enormous.

what is the answer Here it is: The only lasting solution to prevent roof snow damming is proper roof ventilation. why That’s because proper roof ventilation removes trapped heat from your attic (which causes ice dams) and studies prove that a cold attic in the winter stops the thaw/refreeze cycle and that melt snow from refreezing on the roof. edges But how does roof ventilation specifically prevent snow build-up? The answer is to use specific roof/attic ventilation processes such as soffit roof ventilation and ridge roof ventilation to create a temperature close to or equal to the outside temperature of the attic. Let’s expand on these two types of roof ventilation. Soffit ridge ventilation is a system of openings along the perimeter of your roof. These holes are called intake vents. Their purpose is to allow air to easily enter the underside of your roof which will then flow directly under the roof boards towards the sky above your roof. Ridge ventilation (at the top of your roof) will now complete the process. Ridge ventilation is a continuous vent installed along the entire ridge (or top) of your roof, called exhaust vents.

Using wind, ridge ventilation draws air out of the attic using an energy-free energy source called Mother Nature. The wind creates a negative pressure that effectively pulls a continuous stream of fresh air into the soffit vents along the entire surface of the attic roof boards and then out through the ridge vents. The effect is significant. As fresh air is constantly pumped into your roof attic space, any trapped heat is removed. When this heat is removed, the temperature of your attic becomes close to or equal to the outside temperature. The result is no snow melt that slides down and refreezes on the corners of your roof. As a final word of advice, make sure the ridge vent is uncluttered. A baffle is a small curve on the ridge vent itself that creates a negative pressure that absorbs heat trapped in your attic more efficiently than ridge ventilation without baffles. Without this confusion, the impact would be minimal. Finally, for optimal results the ratio of soffit and ridge ventilation should be 50/50, meaning 50% soffit intake and 50% ridge exhaust.

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