What Are the Advantages and Disadvantages of Available Water Management Systems?

What Are the Advantages and Disadvantages of Available Water Management Systems?

Volume Stealers

Some systems make your gutters less effective by lowering the volume of water that gutters can handle. In addition, these systems get clogged as well.

There are some systems that are placed into the gutter. They can be made of sponge-like material, bristle brush (similar to bottle cleaners), or a thick mesh. They are designed to take up space to keep debris out of the gutters but let the water in.

In essence, these systems pre-clog your gutters. A one foot section of 5” gutter handles 1.75 gallons of water. If you take up 50% to 80% of the volume of the gutter, then you are limiting the volume of water that your gutters can handle. What happens in a down pour? Your 5” gutter is now a 2.5” or with some systems, 1”. Would you install a 1” gutter on your home? Of course not, a 1” gutter would only be practical if you lived in the desert.

The other problem is that debris will sit on top of these systems and mesh together. When that happens, water isn’t going to go into your gutter anyway. Some of these systems advertise that they come out for easy cleaning. This requires the use of a ladder and defeats the purpose for those homeowners who purchased it to stay off the ladder.

Your ultimate goal is to get more water into your gutters. It isn’t going to happen with these products. Learn more here.

 

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What Are the Advantages and Disadvantages of Available Water Management Systems?

 

Volume Stealers

Some systems make your gutters less effective by lowering the volume of water that gutters can handle. In addition, these systems get clogged as well.

There are some systems that are placed into the gutter. They can be made of sponge-like material, bristle brush (similar to bottle cleaners), or a thick mesh. They are designed to take up space to keep debris out of the gutters but let the water in.

In essence, these systems pre-clog your gutters. A one foot section of 5” gutter handles 1.75 gallons of water. If you take up 50% to 80% of the volume of the gutter, then you are limiting the volume of water that your gutters can handle. What happens in a down pour? Your 5” gutter is now a 2.5” or with some systems, 1”. Would you install a 1” gutter on your home? Of course not, a 1” gutter would only be practical if you lived in the desert.

The other problem is that debris will sit on top of these systems and mesh together. When that happens, water isn’t going to go into your gutter anyway. Some of these systems advertise that they come out for easy cleaning. This requires the use of a ladder and defeats the purpose for those homeowners who purchased it to stay off the ladder.

Your ultimate goal is to get more water into your gutters. It isn’t going to happen with these products.

Vertical Hole Products

Vertical-Hole Systems collect debris on top and then water flows over your gutters. Many of these systems add more maintenance that what you would have had with just clogged gutters. Some of these systems are so flimsy that they blow off or worse cause damage to your roof.

Vertical-Hole Systems are any type of gutter protection that has vertical holes for the water to drain through on the cover. These products are made of vinyl, wire, and aluminum.

In essence, they are all mesh systems. When you think mesh, think of debris meshing together. That is exactly what is going to happen. Debris will sit on top of these systems, get wet, and then stick to the holes in the mesh. And it doesn’t matter how fine the mesh is. Look at the thin mesh on the lint trap of your dryer. Does the debris collect there?

Anyone who has put down mulch in the garden will know that the organic material eventually knits together. That is the same process that will happen on the mesh systems.

When the debris meshes together, then it will be worse than having no gutter protection. The water will overflow at these points.

 

Read Full Article Here:  http://guidetogutterprotection.blogspot.com/2012/12/what-are-advantages-and-disadvantages.html

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