Is it time for Loft Insulation Cost in Garland? What is the best type to choose? Let us focus on four specific types. One is blown attic insulation the other is batt insulation. Each type has pros and cons. However, which is the best choice for you.
One of the best advantages of blown attic insulation over batt is that the blown style covers everything; while there can be open areas in the batt type.
When you’re looking to have your home or building insulated with spray foam insulation, you have a couple of product choices. Whether you go with closed foam or open foam insulation, the differences in their make will make a big difference in which one will work best for your needs.
Radiant barrier insulation has one reflective side that is made from an aluminum coating. Any radiant barrier insulation can be installed in an existing or new home. The reflective side of the barrier insulation is made to face the open air pocket of the surface.
Almost all Loft Insulation Cost in Garland are tested and rated as fireproof. If for some strange reason you find one that is not, stay away from that product.
Radiant Barrier Insulation
If you are one of the millions of homeowners in the United States or in Canada that have recently discovered your house is suffering from mold in your attic, and are looking for solid answers, I know it can be extremely confusing.
There are as many companies out there promoting their products, as there are offering their services to correct the mold and clean it up. It can be extremely bewildering and if you haven't discovered it already, I am sure you will. There are many reasons for this. First there are no national guidelines that are required to be followed if you have a mold problem. Secondly the ones that do exist, are incomplete and many times contradict one another!
This article will help you sort out the BS (that's baloney stuff folks) specifically the BS technique of dry ice blasting and shall also help you to find a contractor that will actually solve your problem.
A little background about mold in attics. Mold in attics is primarily caused by improper ventilation. In the northern climates this is often due to heat loss in the winter months when the hot air escaping from the house condenses against the cold boards of the attic, and is sometimes exacerbated by an improperly discharged bathroom fan. In the south it can be caused by an improperly functioning HVAC unit located into the attic letting cold air escape and condense against the hot boards of the attic or by an improperly discharged bathroom fan or dryer vent. In both climates what happens is moisture becomes trapped in the attic areas and accumulates on the boards of the attic sheathing and rafters, where mold starts to grow.
Four things are required for mold to grow. One: a spore must be present, which is like a mold seed (hint there are spores in virtually every breath you have ever taken this means they are very abundant but nearly invisible, 10,000 of them can fit on the head of a pin). Two: a food source must be present, this is something which was once alive or is still alive, preferably to the mold something that is cellulose based (hint this is any plant based organic matter like the boards in your attic and the rafters, even the paper backing on the rolled insulation can be a food source, not to mention the paper on the backside of the ceiling drywall under the insulation); Three: the right temperature mold must be present, molds have a narrow temperature range in which they thrive; usually between 20 and 100 degrees Fahrenheit with the majority living between 40 degrees and 90 degrees ; Fourth:and lastly, water must be present (hint you can stir all of the above three things in a pot and mold will not grow without water, water is essential to mold growth but may be present as vapour only, not necessarily as a liquid).
Problem Solved Right?? Wrong!
Well, whats wrong you ask? Plenty! First the spores are lofted into the air where they become invisible to the naked eye, many times these spores are left floating, and when the contractor removes his equipment with the problem looking solved, they remain lurking and floating; just waiting to land and recontaminate the structure!
But the most important reason it is ineffective, has to do with the way mold grows. Remember how we talked about the dandelion roots? Well the ice blasting does a great job at removing the pigment from the mold. This is in the surface layer with the fruit bodies. What it doesn't do is to remove the roots!
Now don't get me wrong it is completely possible to ice blast away enough wood to remove the roots . But in order to accomplish this the contractor has to grind away at the wood till 1/2 inch has been removed! Remember most attics are only 1/2 inch thick plywood in the first place! Additionally, if the rafters are blasted away 1/2 inch around all three exposed side your roof is likely to collapse! This process is just another one of the many gimmicks that have been tried to charge high prices and to stand out in the marketplace.
That's why we developed a completely safe time tested non toxic to people process that completely eliminates mold without destroying the structure and leaving your house mold free permanently! Remember to hire a contractor whose system was designed with eliminating the roots of the mold problem not just the stains the mold makes! Save money don't pay to have your mold fixed twice! Don't use dry ice blasting!
Will Dry Ice Blasting Solve Attic Mold the Problem?
What are the special installation types forspray foam that may not be typically obvious? What is very popular in California, especiallyin northern California, is wine tanks.
All the tanks they store wine in.
All of themare sprayed with two inches of spray foam.
Do you have any pictures?There is a huge market of it in northern California, and there is a market for it in Southern California.
These types of things.
They get big.
These look to be huge.
We spray the outside of thosethings.
So the outside wouldn't be silver likethat.
It would have a layer.
So what would you do exactly? What type of spray foam wouldyou use? You would first clean it, make sure all thedust is off it.
Some might have what material it is.
Some might require a primer.
And thenyou actually spray roofing foam on it, because it just comes out a lot smoother which isusually a 2.
8 density, 3 point density, and then you do two layers of elastomeric roofcoating just like basically a roof application.
So sometimes they could be in a control environment.
Presumably, you wouldn't need to do it if it's in a controlled environment, or wouldyou do it? No, no.
You typically wouldn't do it, butthey would already have the environment already insulated.
But this reminds me of though,is the building that this is in, these are typically called pole barns.
The reason beingis that they're usually made out of metal.
Metal siding and the wind picks up, it's veryloud and rattley.
The pole structures they don't have any installation in there and.
First unexpected applications for spray foam would be wine tanks.
Presumably this wouldbe a manufacturing facility in a winery.
They make wine in containers like these do they?Yes.
Temecula's in southern California, that's about an hour and a half away from me.
Thereis a lot of wineries out there.
I just wouldn't have visualized the productionof wine in big tanks like that.
It's just not intuitive.
Well there's an unusual application.
That's a good one.
What else? Agriculture.
Like for example in Idaho.
It'sreally popular you know that they use pole bars are just screwed together with sheetmetal and steel, and sometimes wood.
A lot of the farming communities would get awfullywindy and they just are loud and rattley.
And this would tighten up all the sheet metal,sidings, and roofing.
For a nice and quiet and comfortable inside.
It blocks all the gaps and just strengthens the building overall structurally becauseit forms kind of solid coating.
On these cold climate areas in California, horse farms.
Where they don't want the horsesfreezing out there.
So we've got wine tanks, whole barns, andhorse barns.
And a lot of these barns, they put in areasfor the employees.
They'll attach a little office to them.
They need to be insulatedas well.
So I imagine a big area.
I mean these arejust basically like big hangers aren't they? So if they need to become controlled, I imaginethey're going to be very difficult to because this is such a big open area.
The way they'reconstructed, I imagine they must be very difficult and very expensive to maintain a specificclimate in them.
As long as they do spray foam it wouldn'tbe difficult.
It seals everything up and all they need is two inches.
Is there a way to define the insulation value that would be achieved in an installationlike this? You would get the 6.
5 or 7 R value per inch.
2 inches that would give you 14.
So there's your R value.
You then give them an equivalent of an R14 insulation.
Is that what you are saying?Yes.
So it doesn't sound like a lot.
It's fact to the whole thing about spray foam is the air sealing.
If you the minimum oftwo inches in there, the heat or the cold isn't going to pass that.
You have that airbarrier in 2 inches closed-cell foam.
The R value really isn't relevant.
So it's stillnot going to penetrate it, because it has an air barrier.
It's sealed tight,The reality then you're saying is that although it's theoretically an R14, the actual practicalbenefit of the insulation will be much greater than that.
We're back to the performance than prescriptive.
Prescriptive it's an R14.
The performanceis much greater than that because it has air sealing.
An air barrier in it.