Showing posts with label roof. Show all posts
Showing posts with label roof. Show all posts

Monday, September 30, 2013

How to Stop Ice Dam Damage on Your Roof

Nature could be relentless in your roof throughout the heavy snowfalls. Snow could be greatly heavy because of the big area of the roof. Sometimes snow can consider to 30 LB per sq . ft .. On the 1500-square-feet house having a roof area of 1600 sq ft, that’s 48,000 Pounds or 24 tigers in your roof! Since the weight can increase because the snow touches and refreezes to ice, known as “Ice Dam”, it is crucial to get rid of the ice and snow as quickly as possible.

Ice dams occur once the warmth inside your loft touches the snow in your roof. The snow touches and builds up in the roof finishes or inside gutters, then refreezes. This method can reoccur leading to the ice to develop for the peak of the roof and underneath your shingles. When the ice works its in place beneath your shingles, they are able to melt leading to a waterfall within the interior of in your house. This is often avoided by using the steps below:

1.Be sure that your gutters are washed following the leaves fall and before winter.

2.Be sure that your home has sufficient ventilation and insulation.

3.Take away the snow in the finishes of the roof using a roof rake. Take away the snow no less than 4 ft in the gutters to the top level from the roof anytime it snows over 4-6 inches. Roof rakes could be bought at local hardware stores for roughly $20-$40. b.Local do it yourself companies provide this particular service. Prices can differ from $95-$400 with respect to the home. Make sure the company’s references, because picking the incorrect company could damage your homes roof.

4.Applying Calcium Chloride within the ice may cause the ice dam to melt. This really is safe for the shrubbery and grass. Sodium Chloride, (table salt) may cause damage. Safety factors are from the utmost important with this particular step since the ice could melt on your ladder and refreeze around the steps leading to

Tuesday, September 24, 2013

Metal Roofing in Semi-Arid Climates


Semi-arid climates exist in several regions of the U.S. including the Great Plains, Texas, New Mexico and parts of Nevada, Washington and Oregon. This climate type exists between desert and humid climate zones, and so the regions around these areas experience very different weather. Weather in semi-arid climate zones is characterized by its extreme temperature range. As those in these regions know Winter temperatures can drop below zero (Fahrenheit) and Summer temperatures can reach the lower 100's. Precipitation varies widely depending on the exact region, but most can expect about  10-20 inches of rain annually. Rain is very unpredictable in these regions, as exhibited by the Colorado floods experience in late September, 2013.

Knowledge of your climate zone is important when deciding on what type of roofing material you will choose for your home. Some roofing materials are designed specifically for the weather experienced in a specific region and because of this it should be avoided in opposite climate zones. Homeowners in semi-arid regions really need to be ready for all types of weather- snow, flooding rains and hot dry periods. Roofing materials used in this region need to be able to put up with the extremes of each seasons, and metal is a great option. Metal roofing has outstanding durability and withstands all environmental pressures-- perfect for these crazy climates.

Metal roofing materials have been very popular in cool climates due to the way snow and ice fall easily from them, but not until more recently have roofing contractors in semi-arid regions started to use them on new roof installation projects. There are many benefits to using this excellent roofing material. In the dry, hot Summer season, metal roofing reflects the sun saving homeowners hundreds of dollars in energy costs to cool their homes. More common materials absorb around 70% of the sun's radiation which increases the internal temperature of the home, and drastically increases the cost of running cooling systems. Also, the metal materials are able to withstand the Sun's UV rays without degrading like asphalt shingles do. Metal roofing can last up to 50 years with little to no annual maintenance.

Friday, August 30, 2013

What You Need to Know About Roofing Underlayment

Your homes roof has numerous seams inside it, particularly if it's traditional shingles. What keeps moisture from penetrating through individuals seams and leading to damage? Well, this is where underlayment is available in.

To put it simply, underlayment is really a layer of protection involving the house and also you roofing materials. An asphalt roof isn't waterproof. It's a durable, water-losing system that must definitely be installed to strict standards so as not to leak. A correctly installed underlayment is essential because the last type of defense against leaks. The main job associated with a roofing underlayment would be to keep your roof deck dry prior to the final roofing is installed. Underlayment offers another weather barrier in case of wind-driven rain or harm to the roofing, and enhances fire resistance. As you can tell, underlayment is an important a part of your roofing system. Knowing some fundamental information can help you choose which underlayment material is the best for your homes roof.

Littleton roofing contractors say, underlayment is frequently known to as “roofing felt” because that's probably the most generally used kind of underlayment material. Roofing felt is really a water-resistant material and could be organic or made from a abs plastic substrate. Organic, asphalt-saturated, felt is most widely used. It's considered organic because it features a cellulose base. Felt paper is available in thicknesses of 15# or 30#. There's a obvious improvement in thickness once the two are in comparison alongside. Most insurance providers is only going to cover 15#, but a great contractor will suggest using 30# since it is more resistant against tearing throughout the rooftop installation process.  This is an excellent investment because when your roof is finished the underlayment can’t be utilized again without tearing from the shingles. You will find also new, synthetic underlayment materials available on the market. They are lighter, more powerful and faster to set up than traditional felt paper, but could be pricey. Felt documents all right, so synthetic underlayment is just suggested for those who have a sizable budget, or maybe your homes roof deck will probably be uncovered for any very long time (like a inside a large, commercial roof restoration). Most residential roofs are changed right away.

Thursday, August 8, 2013

How To Save Your Roof From Hail Damage



A storm that contains hail causes countless dollars' price of harm to roofing systems every year. Unlike tornadoes and severe weather, hail affects nearly every area of the continental U.S. States. Hail most frequently forms once the temperature within the upper atmosphere is below freezing and water vapor increases in clouds. If you reside a place especially vulnerable to hail storms you will find preventative measures that you could decide to try minimizing your deficits.

Roofing Materials Destabilized by Hail
 
Certain kinds of roofing materials endure better against hail than the others. Roofs with smooth roof covers like single ply membranes don't hold facing hail as if with hardened films like asphalt or
stone.

Developed roof covers that have multiple layers or felt also don't endure mainly because they've less support underneath. Furthermore, roofing materials that blister are specifically prone to hailstone impact, frequently leading to tears towards the underlying material, and eventually water leaks.

Less Support Equals More Damage

The overall guideline for hail damage is the fact that with less support combined with roofing materials, the greater damage which will occur. This theory was supported by scientific research. Their study measured how big the hail damage on various supported materials.

Inside a detailed analysis with metal roofs, they discovered that the harm caused by hailstone impact elevated because the average thickness from the metal used, decreased.