Time to get the insulation finished and get this place warm.
How to fit insulation between roof rafters.
Https youtu be w4mkphzmqxw contact us restorat.
Alternatively using a thermal laminate featuring rigid pir insulation pre bonded to a plasterboard means fitting the insulation and ceiling lining in one operation reducing storage cutting and fixing.
I don t want to mess with baffles batts because distances between the rafters vary and there are some more rafters added someone messed up the framing so baffles wouldn t work.
A utility knife cuts through insulation well.
The flexible nature of gmw means that the roll or batts can be accurately cut and friction fitted between the rafters thereby minimising air gaps and maximising thermal performance.
Replace the floorboards and then spray more insulation on top of it.
Again make sure you select the right thickness of the material so you fill as much of the rafter gap as possible.
4 push the insulation in place between the.
Check out our how to video at the link below.
Measure the space between the rafters where the insulation will be placed and cut the insulation boards marginally wider than the space to ensure a friction fit upon installation.
If you have a solid floor covering the roof rafters use the claw end of a hammer to pull the floor up in several locations and blow the insulation under the boards.
For rolled insulation place it between roof rafters.
When they are cut ensure there is a.
Isover glass mineral wool gmw is another option for the between rafter insulation as a roll or batt.
Isover glass mineral wool gmw is another option for the between rafter insulation either as a roll or batt.
Using rigid boards as opposed to wool is a much more precise.
Unwrap a roll of batting and cut pieces long enough to reach from the soffits to the top of each rafter bay.
Your rigid boards will need to be cut to fit the gaps between the rafters.
The flexible nature of gmw means that the roll or batts can be accurately cut and friction fitted between the rafters thereby minimising air gaps and maximising thermal performance.