The Advantages Of Using Styrofoam Insulation Styrofoam is an important part of the modern economy. It is a versatile product used for cups, plates and as insulation products.

Architects often use Styrofoam in concrete forms because it has air pockets that make it excellent as an insulator. In roofs and slabs, it works as lightweight and durable panels that prevent the element from entering the interior. Whether it is cold or heat, Styrofoam is an excellent insulator.

Styrofoam insulation is a rigid polystyrene foam material. It is waterproof, efficient and lightweight in preventing the transfer of heat. For production of styrene seventy five percent benzene is used. The polystyrene is a monomer of Styrofoam. Styrofoam has unique capacity of maintaining the temperature of things as it is. The Styrofoam is used in form of pipe insulation, sheeted wall insulation, ground flake insulation etc. Styrofoam has great R-value, thermal efficiency. R-value defined ‘a measure a substance’s insulating value or resistance to heat flow, the insulating ability‘. Styrofoam has cavity insulation between the studs. It provides rigid insulation of entire wall and energy efficiency. Styrofoam insulation has highest moisture resistance than any foam plastic insulation. It provides long term insulating systems. Other insulations has many drawbacks for example, polysiocyanuarate provides nutrient source for molds. This is not the case with Styrofoam insulation. It has a high compressive strength and unparallel resistance for water penetration.

Styrofoam insulation is done using Styrofoam sheets. These Styrofoam insulation sheets are available in many different shapes. Common dimensions of these Styrofoam insulation sheets are 48 inches in width, 50 feet length and have thickness of 3 inches. . There are two ways by which these Styrofoam insulation sheets can be installed, it can be installed outside foundation walls or can be attached to outside building frames. Over this rigid Styrofoam, the light blocking material should be installed as siding or as protective panels over the foam. This blocking material will prevent degradation of Styrofoam caused by sunlight. When these width, length and thickness ratios are in relation to all other aspects it helps in prevention of energy loss.

Styrofoam insulation has a unique closed-cell structure. it totally resists moisture and water vapour Styrofoam insulation. This insulation will not rot or allows development of fungi or mildew. It permanently retains 97% of its R-value, even if it is installed in damp environment. It gives you maintenance for your house or office. Styrofoam insulation is strong enough, so it can be used in all insulation applications like walls, roofs, ceilings and load bearing areas under the slabs and wooden floors. Styrofoam insulation will not sag or slump. No other insulation material can match strength of Styrofoam insulation.

Since Styrofoam insulation provides both vapor barrier and thermal insulation, there is no need of foil or fiberglass used together or separately. It is versatile, allows choice of wide range of construction methods can be used for ground up. Low thermal conductivity minimizes the thickness required. These Styrofoam insulation sheets are easy to handle, cut and store on site. By: Muna wa Wanjiru Article Directory: http://www.articledashboard.com Muna wa Wanjiru Has Been Researching and Reporting on Insulation for Years. For More Information on Styrofoam Insulation, Visit His Site at STYROFOAM INSULATION I Will Also Highly Appreciate Your Views On Styrofoam Insulation At My Blog here Styrofoam Insulation

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What is the best material to use for heat and cold insulation in your home?

The fact is that the material that the insulation is made from is not what provides the heat and cold barrier. It is the air that is trapped in the insulation that provides the thermal barrier that keeps you warmer in the winter and cooler in the summer. Each type of insulation, whether it is a foam product, fiberglass batts or shredded paper provides different sizes and numbers of air pockets within them. That is why crushing insulation or pushing insulation into a crevice is counterproductive, it removes the air pockets, which is what provides the thermal barrier. Now you can paint and insulate at the same time! A relatively new product to enter the market provides air pockets within paint. The principle of the product is based on a complex blend of microscopic hollow ceramic spheres. Each ceramic sphere has a vacuum inside it, similar to mini thermos bottles. By mixing the ceramic spheres into paint it creates a product that provides enhanced insulation and saves you energy and money. The paint, with its ceramic additive has proven to increase the ‘R’ insulation level of walls and ceilings. While use of the product on interior walls is extremely beneficial, its use on exterior walls is even more dramatically effective since it blocks the extreme heat of the sun. The ceramic materials have unique energy savings properties that reflect heat while dissipating it. The hollow ceramic microspheres reflective quality affects the warming phenomenon called "Mean Radiant Temperature," where heat waves from a source such as direct sunlight cause a person to feel warmer even though the actual air temperature is no different between a shady and sunny location. It is the molecular friction within the skin caused by the sun’s radiant energy waves, which makes the mind think that the body is warmer. The ceramic microspheres in the paint refract, reflect, and dissipate heat. The performance of the additive when mixed with light colored house paint can reduce exterior solar radiant heat gain into a home and interior heat loss from a home by over 20%. Summer heat gain through a building’s exterior walls can be reduced by over 20%. Winter heat loss through interior walls can drop to the point where a once chilly room is now a pleasantly comfortable one – making your home more comfortable in the winter, and summer! The product is available as a premixed paint or it can be purchased as an additive. Author: Bill Prudehome For additional information on using insulating paint follow this link: Insulating Paint. For additional information on other home renovation projects, visit Renovation Headquarters. Article Source: http://EzineArticles.com/?expert=Bill_Prudehome

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One of the most commonly faced difficulties is how to add insulating material to a loft space when the floor has already been boarded and the loft is used for storage.

When you are standing in the loft, the depth of the void formed between the plasterboard of the ceiling below and the top of the ceiling joists is usually about 100mm (4").

Given that current building regulations in the UK require 270mm of insulating glass wool, if a home owner wishes to retain a boarded loft and does not want to use a "spray-on" insulation product up between the roof rafters then there is a choice to be made about which direction to take. The main choices are between: 1. Building the joists up with additional "packing joists" to create a 270mm void which can then be filled with insulating material and then re-boarded over. 2. Using a solid insulating board cut to fit in the void that exists between the joists without raising the level of the loft floor. 3. Insulating between the roof rafters with either insulating board, spray on insulation products or insulation blanket products. This article focuses on the first two potential methods, and looks at their pros and cons. Before reading the article, please note that there are a number of dangers associated with carrying out work in your loft and great care must be exercised. Follow all safety instructions available from the suppliers of the materials you decide to use and if you have any doubts about your capability to carry out insulation work in your loft safely please consult a qualified builder or insulation contractor. -Building the floor level up: Pros 1. If you run the additional "packing joists" across the existing joists at 90 degrees, you are able to run wool insulation over the top of the original ceiling joists) which reduces potential "thermal bridging". 2. The materials are, in total, probably less expensive that using insulating board 3. You retain most of your loft storage area. -Building the floor level up: Cons 1. It’s a big DIY challenge 2. The wood required for the "packing joists" may be heavy and difficult to manoeuvre into position 3. You lose some height in the loft because of the floor being raised -Insulating with insulation board between the existing joists: Pros 5. Your floor stays the same height and therefore no loft height is lost. 6. You retain your loft storage space 7. There are no heavy timbers to work with – Insulating with insulation board between the existing joists: Cons 1. Its time consuming and fiddly to cut insulation board to fit between existing joists (which are invariably, even within one loft, are different widths apart). The cutting to size of the thermal boards usually needs to be done before they are taken into the loft space as access is usually restricted but it is also important that any dust resulting from the cutting does not contaminate the property’s living space 2. Insulation board can be costly (up to 50 -60 a sheet depending on the gauge) and care is needed to cut them safely as the resulting dust acts as an irritant

3. Because you are insulating between the ceiling joists you are (by definition) not insulating over the ceiling joists. This means that where the joists run, your insulation is limited to the thermal properties of the joist timber only and your insulation will be "bridged" by the timber i.e. cold will be able to be transferred through the timber joists. 4. Where a home has been built with traditional 4" x 2" timber ceiling joists you are unlikely to get much more than 90mm of insulation board in between the joists (this will vary from property to property).

It might be that if there is any old fashioned electrical conduit that needs to be worked around, you get even less than 90mm in. Issues to worry about include thermal "bridging" when building up the joists to get the required height or when filling between the joists and re-boarding straight over the original joists. From a pure insulation, building regulations and "required effort" point of view the best solution is getting a professional contractor in to carry out the required work. To sum up, if retaining storage space in your loft is important then you can improve your level of insulation but you may have to compromise on the level of insulation you ultimately have and you have to be realistic about the difficulty and complexity of the DIY task involved. Author: Alex Perry Alex Perry is a founder of DownwithCO2.co.uk, which helps people cut their personal contribution to climate change through providing information and contacts. Article Source: http://EzineArticles.com/?expert=Alex_Perry Green Building: Home Insulation From Straw | Greener.Ideal the Daily Eco Digest: the Latest Environmental News For a Greener Lifestyle. Save cash and go green urges John Denham With 1 in every 4 spent on heating in an un-insulated home being wasted, taking up offers of free insulation can save cash and help tackle climate change. Composite Doors Essex: Find Best Composite Doors in UK: Upvc Doors … Upvc doors offer beauty and pretty environment in both the office and a home. Experience with indoors and outdoors living which make your home very comfort.

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