Yes, a vapor barrier is typically recommended with faced insulation to prevent moisture from entering the wall cavity and causing potential issues such as mold growth or structural damage.
A vapor barrier in sidewall insulation is almost always a good idea.
Yes, a vapor barrier is needed on exterior walls for proper insulation and moisture control. It helps prevent moisture from entering the walls and causing damage.
A vapor barrier is typically not needed for insulation inside walls in moderate climates. However, in colder climates, a vapor barrier can help prevent moisture buildup within the wall cavity. It is best to consult local building codes and climate conditions to determine if a vapor barrier is necessary.
Absolutely not. You tape the seams between panels to improve the vapor barrier characteristics of this product, but the foil faces of Tuff R (and any other polyisocyanurate insulation product) are your vapor barriers.
The best insulation to use is spray foam, although it is an expensive option. Another option that is less expensive is 1" rigid foam board. Both of these options eliminate the need for tar paper or a vapour barrier as they are self-sealing applications. Avoid using batt insulation w/vapor barrier in basement applications as condensation may occur which will encourage mould growth.
Yes, a vapor barrier is typically recommended for proper installation of flooring to prevent moisture issues and protect the flooring material.
form_title=Sauna Repair form_header=10913 Please choose which problems apply to your sauna.*= [] "Sauna heater not working [] Faulty thermostat [] Wood paneling in need of repair [] Faulty insulation, vapor barrier or door seals"
To effectively install faced insulation in your attic, follow these steps: Measure the area to determine how much insulation you need. Wear protective gear like gloves and a mask. Place the faced insulation between the attic joists with the paper side facing down. Use a staple gun to secure the insulation in place. Ensure there are no gaps or compression in the insulation. Cover any exposed areas with additional insulation. By properly installing faced insulation in your attic, you can improve energy efficiency and reduce heating costs.
No. You need to let the house breathe.
The best attic insulation for hot climates is reflective insulation, such as radiant barrier or foil insulation. These types of insulation help to reflect heat away from the attic, keeping the space cooler and reducing the need for air conditioning.
I went to a seminar about attic insulating materials and this is what I learned. If you already have blow-in insulation in your attic you shouldn't need more fiberglass. Instead, you will want to install a reflective radiant barrier insulation. Fiberglass and cellulose are designed to slow down heat escaping so you eventually lose most of your heat through the ceiling regardless. You need something to re-direct the heat once it passes through the blow-in insulation. Radiant Barrier will reflect a majority of the heat back once it escapes your blow-in insulation. I bought some Ecofoil online and just rolled it out over top of my existing blow-in insulation, it was very easy. When installing radiant barrier over the attic floor you must use the perforated radiant barrier for maximum breathability. Moist air that is created inside your home must be able to escape as it rises through your ceiling. If a perforated radiant barrier is not used, the moisture will be trapped in between the barrier and your ceiling. When trapped this will cause condensation to form inside the building materials and insulation creating damage and mold.
You should put a plastic moisture barrier between the concrete and the studs so that moisture will not get to the insulation.