Swirling through the atmosphere, unique cloud formations drop sprinkles of water and torrential rains, effect light snowfalls and blinding blizzards, and twist and release in fury, forming destructive hurricanes and tornadoes. Continually drifting through the air above, these wisps of white and shields of gray yield an ever-changing view of the world in which we live. Inhabitants of regions most strongly affected by these outbursts of nature have been forced to compensate for the harshness of such conditions through the inventions of waterproof, heat-retaining apparel, functional modes of travel, and sturdy, weather-proof structures to provide necessary shelter and safety for continued existence. In recent years, indispensable discoveries useful in application to this age old quest for survival have emerged in leaps and bounds. Among a plethora of timeless solutions and revolutionary ideas exists an effective method of heat emission that has materialized and improved over the past three decades. This form of heat, known as radiant heat, offers a valuable mode of stress relief in both home and commercial environments. Through products proven to perform effectively in combating the elements, radiant heat systems eliminate ice and snow buildup on roofs and prevent damages and injuries associated with slippery driveways, and walkways.
Mountain peaks capped by snow, trees dusted with powdery white, and snow-covered roofs evoke an impressionable sensation of Mother Nature's mighty hand in transforming the landscape of Earth's seasonal regions. Freezing temperatures and heavy snowfall in an area, however, can create dangerous snow buildup, jagged icicles, and potentially harmful layers of ice known as ice dams. Radiant heat products successfully resist the possible, negative outcomes resulting from these unique yet destructive winter formations. Applied under metal roof applications as well as below asphalt, wood shake, tile or composite shingles, radiant heat elements provide a uniform heat source that turns on automatically when the computer operating system detects moisture in the air or freezing temperatures.
By heating the overhang of a roof where the interior heat of a structure has no affect, shingles are protected through the avoidance of contracting and expanding ice layers that tug and damage the bonding. This, in turn, increases the overall longevity of a roof and prevents problematic water leaks from occurring inside. Furthermore, a properly designed radiant heat system will thwart avalanche-like snows slides that would, indeed, put all in their path below at risk of serious damage or injury. Advantageous on many fronts, a radiant heat, roof deicing system provides reassurance of a well-maintained roof as well as the security of knowing loved ones are safe.
Much like the hazards of sharp, pointy icicles and slides of snow and ice buildup, slippery and snow-covered driveways and walkways create unwanted perils and liabilities in residential and commercial settings. In addition, they often require laborious, costly maintenance. Radiant heat systems have been installed in the parking lots, driveways, and walkways of many establishments such as hotels, stores, airports, and mass transit stations; thus, reducing the costs of 24-hour maintenance crews and liability suits.
Additionally, operation costs of radiant heat are surprisingly low because an automatic computer system monitors air moisture content and changing temperatures, turning on the system only when the need arises. Elements used to produce radiant heat in driveways, walkways, and other high-traffic areas are consistently safe, functioning at a low-voltage rate and notably durable with a 25-year limited warranty.
Versatile in application, radiant heat systems may be retrofit into concrete or asphalt for those who desire the benefits of radiant heat in existing areas of danger without the hassles of complete reconstruction. Within the realms of new construction projects, heating elements are easily installed underneath surface areas that will be exposed to snow and ice forming slippery and oft times unseen patches of danger.
Heated driveways and walkways replace ever-present concerns for the safety of clients, family, and friends with peace of mind in an unsure world. Virtually maintenance free and reliable, radiant heat stands out as a leader in preventative alternatives to the woes of winter conditions.
Radiant Heat In Concrete
Many people believe that once concrete appears lighter in color, with a hard surface that it is dry, but in reality concrete takes at least seven days to cure and several weeks to completely dry.
For concrete to become strong and for the surface to wear well, curing concrete needs moisture. Concrete needs to dry out at a slow continuous pace; otherwise shrinking and cracking will likely occur.
The strength of concrete when accurately cured is about 80 to 100 per cent higher than concrete, that hasn't been cured at all. To increase concrete's strength this curing process should be stable and continuous. If concrete becomes too wet or too dry, cracks will certainly develop, resulting in future flooring problems.
Which means that if you are curing concrete on a hot sunny day, the chemicals within concrete will stop reacting once sufficient moisture is gone – leaving it in a weakened state. Therefore concrete should be protected from damaging effects such as wind, sun and inconsistent weather.
The ideal temperature for hydration is 23°C. It is best to keep the temperature as close as possible to that level, as curing takes place.
To keep in moisture and slow down the drying process, a membrane can be used.
But there are many types of membranes on the market, and you will want to make sure the one you select is right for the type of flooring you are planning to install.
There are a variety of chemical and liquid membranes on the market, which are growing in popularity. You can apply them easily by hand or with a power sprayer and are classified under the four following base types: chlorinated-rubber, resin, water, and PVA.
Another way to prevent moisture from evaporating is to use a waterproof building paper or plastic film. Plastic sheeting is a flexible and easy covering for complex shapes. Plastic sheeting can be pulled back quickly to allow you to check the concrete over the course of curing.
Another idea is to get a spray atomizer and spray water on the concrete's surface prior to putting on the plastic sheeting. Using a finer mist spray almost like a fog, works very well also.
Using an absorptive medium like sand or canvas is also an effective way to retain moisture.
To sum it up, if you are pouring concrete you should create an optimal environment so it can cure properly. As your concrete hardens and starts to get rid of excess water, it will shrink.
For a trouble free installation, being proactive and implementing preventative measures during curing will result in strong concrete that won't crack.
The advantage of an installation that carefully controls moisture levels and temperatures is immense and something that should not be ignored.
Both George Finnerin & Larry B Lang are contributors for EditorialToday. The above articles have been edited for relevancy and timeliness. All write-ups, reviews, tips and guides published by EditorialToday.com and its partners or affiliates are for informational purposes only. They should not be used for any legal or any other type of advice. We do not endorse any author, contributor, writer or article posted by our team.
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