Friday, August 15, 2008

The Finish Straight loft conversion

Not a sprint finish more of a fast marathon. As a result I didn't stop to take many photos. The only interesting bits where cladding the the wood between the double window and making the window ledge seat.

And the door to the storage part of the loft.

This is 50mm thick timber planed and edge glued to make a board. I fitted cross pieces on the back with slotted screw holes to acount for movement and keep it straight. It did fit beautifully, but it didn't 3 months latter. The timber has now shrunk across the width by over half an inch. Its still straight but I'll have to add some on at the hindge side so the latck will engage. Oh Well its all a learning curve, and now I've got piles of wood stacked up in the house to aclimatize and fininsh seasoning for the next prodjects.

Skirting Board, achitraves, door fitting, painting, varnishing and fitting flooring - all easy stuff but time consuming. Being a loft conversions there's a lot of angles.

Loft Electrics would have been simple - next post.

And some stairs and the room was habitable

Getting Plastered - Plastering the loft conversion

This is where I cheated. I now how long it takes me to plaster, so I asked around and found a local chap who would charge me £60 per day and take 2 days to do it. His other plus point was he could fit me in within two weeks.

To get that price I had to fit all the corner edge beading and buy all the materials. No problems.


For my loft conversion it took : 5 bags of Finish plaster , three rolls of sticky backed skim, many cups of tea and two days on the job. He did a great job for the price, so for a change I was happy with a trades man.

Plaster Boarding the Loft Conversion

I've not been abducted, I am still trying to finish this attic off, I have been doing bits - but slowly and I've not been keeping this blog up to date. In my defence I've started other projects and keeping busy.

So to plaster board. A pallet full delivered of the tail lift by Travis Perkins, in the road and rail, so I had to carry it all in and its heavy. Should be a two man job with the 8' x 4' sheets but I managed without it getting too wet and with little traffic disruption. I did enlist help getting it all up stairs to loft.


Fitting it is fun puzzle as I calculated quite precisely what I needed to have minimum joints. It eventually came together with very little scrap. Its fixed with plaster board screws 70mm on the loft ceiling to go through the insulation to the rafters.



TIP. Don't hold the screw with bare fingers whilst drill driving. Your thumb and forefinger will be full of tiny metal splitters.





Plaster board to the Loft conversion velux windows

Looking more like a room and getting neater all the time



Lots of screws - at about 300mm centres to hopefully avoid any cracks aphearing in the finished plaster . This pic shows the wiring in an labeled

Monday, March 10, 2008

Chance to catch up

Now I might have chance to catch up with progress because I've finished the room, got most of the stairs constructed and Emma has moved in. This was another deadline I'd set that I manged to meet (well to within a couple of days).
I'll shortly fill in the details of:
Plaster boarding/skiming
Finishing
Starting Electrics saga
Stair case building

Wiring for loft conversion Reminder



Thought it best to record in photos where the wiring in stud wall goes. This was whilst I was plaster boarding it all out.


The photo also shows the aluminium foil tape I used to seal all the joints and edges of the insulation.

Finishing the loft conversion Insulation

How I insulated my loft conversion-

The next layer of insulation had to be fitted up to the battons on the rafters. This final 35mm layer of Kingspan TP10 over the top of the 75mm TP10 brings the total roof insulation up to 110mm . These were easy to fix up using long clout nails but again some very careful cutting required to get a good fit.


I also had to insulate the party and gable end walls. For this I used Kingspan Kooltherm Dry Lining board K17. This has 60mm of insulation with 12.5mm plaster board bonded to it. Heavy and awkward to get up there and cut being 8 x 4 sheets but it was relatively fast progress. I dab fixed in place with normal board adhesive





Showing the Insulated wallboard fitted aroung the chimney breast with a bit of skirty foam filling the gaps.

Thursday, February 21, 2008

Finishing Loft conversion stud walls and starting insulation

First part of Loft Conversion Insulation

A few photos here showing what was the start of lengthy process fitting the ridgid Kingspan insulation between the roof rafters and the stud wall. Every piece individually cut to fit.
By this time I'd finished the majority of the floor so stand was easy and safe.





This pic showing the the tricky bit of stud work to for the escape window cill. This had to project back over the steel to give the minimum distance from the eves to the window opening required by the regs.


Here we can see the little access corridor to the rest of the attic space taking shape. Included here though as it shows the insulation around the Steel.






Plenty of rockwool insulation went in behind the structural studs, just cheap wickes stuff this time as no additional fire proofing was required. So the total depth of ceiling insulation is about 400mm.



I had to fit battons on the rafters to ensure the air gap of 25mm to the breater mebrane was maintained , so i didn't push it too far up. Surprisingly it was cheaper to buy PSE timber from Wickes and rip it down with my bench saw than it was to buy rough sawn direct from a timber yard. Fitting it was a doddle after I made a jig to getting the spacing and I purchased a cheap electric brad nailer, well worth it.

Another batton then had to go on the under side of the rafters to give something solid for the next layer of Kingspan to attached to.




Here are just some on the trick angle to be cut. They need to be tight to keep the insulation up to spec. Only a few bits needed a squirt of foam filler.

TIP Use a jig saw with a long blade to cut them, far easier than a knife and less messy than a hand saw.