Category: Walls

  • Manufacture of Glazing Support Pads

    We resumed work after our so-called holiday on two separate streams of work, one to develop the automation infrastructure and Development Environment (see Creating The Automation Development Environment) and this stream where  Stephen needed to manufacture specialised plastic pads to support the glazing units. Our units are triple glazing with 6mm thick glass separated by two 16mm wide gaps filled in with Argon gas. Hence, the total thickness of our glazing units are 50mm. We couldn’t find these to  buy on the web and we had a special requirement because our window sills have a unique shape. We wanted the slope to go under the glass a small distance to ensure that any rain water will be encouraged to run out again if any got in or leaked pass the glazing beading strips.

    Window bottom cross section

    Window bottom cross section


    There is a flat area of 35mm wide and then the slope starts which goes all the way to the front of the sill, this means that our plastic pads had to grow thicker to accommodate the slope (The Pink bit in the above picture).
    Here enters our 3D printer!!
    Manufacture of Glazing Support Pads

    The-3D-Printer

    We had our 3D printer for a few years now but it is the first time we are using ABS type of plastic, ABS being a much tougher material and also offers a very long lifetime resilience, especially for the outdoor environment of rain, sunshine, insects and dust!

    Stephen started to do some printing with ABS but it was not very successful, the plastic was not flowing well out of the nozzle and as the printer has to work at higher temperatures to melt this type of plastic, Stephen decided that certain parts of the printer needed upgrading.
    The first thing to improve is the heat retention of the base plate that all the plastic objects are created upon. It is normally heated but we found that it wasn’t getting the temperature high enough to keep the ABS plastic steadily hot so that it does not warp by cooling too quickly. The improve this we glued the heater to the base plate (it was just placed against it before) and a piece of double corrugated cardboard was placed on the underside to insulate and retain the heat longer. It works very nicely now!

    Manufacture of Glazing Support Pads

    Improved-build-plate


    The second upgrade was to the roll holders at the back of the machine, where the plastic filament rolls are stored. The large rolls are quite heavy and the weight was causing higher friction which gave problems to the feeder motor that was trying to pull the filament into the melting chamber. The solution was to make a conical plastic holder with a ball race bearing fitted in it. We printed two new pieces, using our 3D printer of course, fitted the bearing and threaded both on a rod with wing nuts.
    Manufacture of Glazing Support Pads

    New-spool-support-cone-with-bearing

    Manufacture of Glazing Support Pads

    New-filament-spool-holder



    In the meantime, we had ordered a replacement all-metal spring loaded mechanism to improve the grip strength of the feeding motor, the old one being plastic and unsprung and we felt that the quality of feeding the filament into the nozzle was important to maintain a good pressure and flow of melted plastic.
    The new extruder needed a lot of fiddling, filing, buying longer bolts etc. to get it to work well.
    Manufacture of Glazing Support Pads

    New-Extruder-motor-unit


    The final part of puzzle was realising that the temperature of the extruder nozzle was not as hot as the machine was saying it was (It should have been 230°C and was actually below 200°C). I added extra insulation around the heater but it did not help so I just told the machine to heat it to 270°C to get an actual 230°C temperature.

    Now we could start printing in earnest and we successfully printed a support, but we had parts where we still weren’t getting proper extrusion, so I slowed the printing speed down and got much better results. But each pad was taking 55 minutes to print. This was mainly because we were printing layers only 0.2mm high (50 layers for the print), I increased the layer height but found I couldn’t  extrude fast enough with the fine 0.4mm nozzle so I bought a 0.8mm nozzle. This allowed a print time of just 20 minutes with 0.5mm layers, so I could print 3 supports at the same time in about 1 hour.

    Manufacture of Glazing Support Pads

    The-final-printed-supports

    Manufacture of Glazing Support Pads

    Printing-spacers-1

    Manufacture of Glazing Support Pads

    Printing-spacers-2


    We only print supports under the actual glass panes and leave hollow elsewhere. So after 2 weeks of fiddling and upgrading we had all the supports made (with a few spares).

    Manufacture of Glazing Support Pads

    All-the-supports-printed

  • Measured Windows and Ordered Glass

    The task we did next, was to measure every window again, using a framing square and precisely get all the data that describes the state of our framework, with all the wobbles and skews! All this went into a spreadsheet and analysed all the numbers. We have concluded a final set of sizes for all 12 windows as follows ..

    A.Great Room 1640mm by 1598mm
    A.Kitchen 1640mm by 1598mm
    C.Entertainment 1640mm by 1598mm
    F.Utility 1030mm by 1598mm
    H.Bedroom 3 1640mm by 1598mm
    I.Bedroom 3 830mm by 1598mm
    K.Bedroom 2 1640mm by 1598mm
    M.Bedroom 1 1640mm by 1598mm
    N.Great Room 1030mm by 1598mm
    O.Great Room 1640mm by 1598mm
    P1.Great Room 1640mm by 1598mm
    P2.Great Room 1640mm by 1598mm

     

    We managed to arrive at a fairly consistent size, by making adjustments to the clearance gaps between the glass and the framework and having slightly different thickness for the pads that the glass will be sitting on. We are having to make our plastic pads ourselves on our 3D printer because our glazing units are tripled glazed and they are 50mm thick, three 6mm panes and 16mm warm bridge spacers. Even if we could have bought them somewhere, our window sills had the slope starting only 40mm from the back edge, which means the plastic pads needs to get thicker at the front. So we will use our supply of ABS plastic strand (we first doubled checked the structural strength of this type of plastic and discovered that it is way strong enough!), design and print a 55mm wide by 100mm long pads with it getting thicker after 40mm from the back.
    And finally, the glass will be stuck firmly on to the aluminium bars using double sided security tape which is 3mm thick by 12mm wide.

    We placed the order for the glass today at a cost of about £5000 (To buy 12 oak windows would cost at least £12000).

  • Oak Beading Created

    These last five days have seen the creation of the Oak Beading strips that will hold the triple glazing units into the window frames.
    The beads are held in place by clips are specially designed to grip the timber piece without having to use screws or nails and making a very neat finishing covers around the edge of the glass.

    Window bottom cross section

    Window bottom cross section


    This means that the Oak strips needed lots of steps to produce the required slots and gaps, using our router. But before that, we had to make a collection of planed strips ready for that complex task. We took all our prime oak timber out of storage, 2metres planks at 29mm thick and widths from 100mm to 150mm. We swopped one or two of them when we discovered that they were a bit too wobbly.

    Then, using the similar process we used before, we slice a straight edge using our Track saw, and then pass each plank through our table saw to make a pile of 33mm wide by 29mm pieces. We produced 56 of them, eight more than what we required.
    The planer machine and its two long support tables were assembled and we proceeded to plane all the strips on two edges to get them clean. Then through the thickener stage to end up with smooth finished battens measuring 25mm by 27mm.

    Now we are ready to use the Router to remove wood material in various ways, using various router bits (three of them!) in a total of seven passes through the machine to achieve our neat and hopefully elegant beadings.
    We used up a fair number of test pieces, trying different techniques and different styles before settling on the final method and final finish we like the look of.

    Oak Beading Created

    Window-beads-Router-setup

    Beading Routing order

    Beading Routing order



    1 The front visually exposed surfaces had a 22.5 degree angles sliced off
    2 Then the top was removed to create a gentle slope down and a slope up, to meet in the middle
    3 The narrow slot for holding the rubber glazing seals was cut using a very fine 2.3mm wide blade, going 5mm deep.
    4 Another fine slot, again a 2.3mm wide but 9mm deep this time.
    5 Then an area 12mm high and 2.5mm deep was removed. This is part of the plastic clip, the vertical part.
    6 Finally, the bottom gap was created, a 19mm wide by 5mm deep removed off the bottom of the oak strips, done in two passes.

    It was a very fiddly job to do, but with lots of patience, with lots of help from using clamped on oak strips and springy fingers, to guide each of the 56 pieces through the machine, we got there in the end.

    Oak Beading Created

    Window-beads-Finished

    Oak Beading Created

    Window-beads-Detail



    We are now ready to order the glass! See next report!

  • The Last 8 Oak Covers Created and Installed

    Following the initial progress we made on sorting out the Oak timber last Saturday, we resumed to produce the Octagon Covers for our seven inside corners to hide the plastic downpipes plus the special cover to hide the downpipe just right of the Side Door.
    All the steps and methods were essentially the same as last week’s work on the nine outer corners, apart from the edges didn’t need the 45degree slopes.

    The Last 8 Oak Covers Created and Installed

    Internal-Corner-pieces-ready-to-install


    The installation process, on the other hand, was different this time, because every corner is slightly different and we had to custom fit each one. The procedure was to put up the octagon cover into place and then measure the gap between the surface of the oak to the plywood support strip inside. Every corner is slightly different so we had to slice off a variable amount each time using our battery circular saw, following a drawn line along the long edge.
    The Last 8 Oak Covers Created and Installed

    Cutom-fitting-a-corner


    Then we marked off a regular set of screw holes approximately every 200mm. Four of these holes were the real ones with full clearance, and the other ones just had pilot holes to grip the screw in place as there is nothing behind the oak.
    None of the eight pieces had their height adjusted so we got that one correct!
    The Last 8 Oak Covers Created and Installed

    The-MN-Corner-before-covering

    The Last 8 Oak Covers Created and Installed

    The-MN-Corner-after-covering



    So that concludes the task of covering all the corners with the ends of the Larch cladding and the pipework, all 17 of them! Phew!
    The Last 8 Oak Covers Created and Installed

    Some-completed-cladding

  • Oak Covers Created for Nine Outside Corners

    The last 9 days or so have been spent on processing a pile of Oak timber pieces and generating nine finished covers to hide the cut ends of the Larch cladding.
    The rough oak planks were 3metres long, 29mm thick and a range of various widths from 100mm to 180mm. We wanted to end up with 27 planks, split into 2 sets of 90mm and 110mm widths and all at least 2800mm long (the longest length going up a corner).
    The first job was to ‘straighten’ each planks by slicing one edge using our track mains powered circular saw. This removed any wobbles and bends. Then after that, using the main table bench circular saw this time, and using the 2.4 metre fence to guide and control the width, we sliced these 27 planks into the 2 sets we needed.
    So the next task was to set up the planer with its two input and output support tables, rigged up to our high air flow rate vacuum system to draw away the shavings and then proceeded to smooth off one side of all the planks. We do multi passes on each planks until we judge that there is enough of the surface planed to ensure that it will work reliably during the thicknesser stage. It is a compromise because we may find ‘more’ room to plane the other side and achieve at least one completely smooth finish. Any rough spots can be left hidden on the inner side of these Corner Covers.
    As mentioned already, the second stage of the planing process was the thicknesser, and we worked our way through all the planks, flipping some over to remove more of the rough spots and eventually, we finished up with 18 smooth 110mm wide pieces and 9 90mm wide pieces.
    Now after tidying away that machine, we brought out the table bench saw again, this time with the saw blade set to an angle of 45degrees and sliced the 18 planks (the 110mm wide set) to end up with one edge with a slope and a flat face of 90mm wide. This now matches up with the other set of 90mm planks.

    Parts-for-the-outside-corner-covers-Planed-and-Sawn

    Parts-for-the-outside-corner-covers-Planed-and-Sawn


    The next piece of machinery to come into play, is our router with the special 22.5° tongue and groove cutter bits, to create the joints to allow us to lock together the three planks (2 of the 110mm wide ones, fitted on to the 90mm middle piece) and form the half the octagon Corner Covers. We sorted out all the planks, checking for maximum length of finished surfaces and arranged 9 sets of three planks. We then knew which edge to cut and in the proper order. The last quick router task was to trim a small quarter rounded edge along the sharp 45degree slope to avoid future splinters and cracking.
    Parts-for-the-outside-corner-covers-Joints-made

    Parts-for-the-outside-corner-covers-Joints-made


    The final sawing job is to slice little angled off both ends of each plank, the bottom ends (nearest the slates) had a 30degree angle and the top ends had a 45degree slope. But the precise length of each set of the three planks had to be measured from the real world (we walked around our house and measured all nine corners and wrote down the numbers.
    Oak Covers Created for Nine Outside Corners

    Sample-Outside-coner-section


    At last, we could, and did, stick together each set (using Polyurethane glue) for the joint and we used lots of duct tape to pull together the tongue and groove joints and held the shape tight while the glue cured.
    Oak Covers Created for Nine Outside Corners

    Piles-of-glued-up-Corners-1

    Oak Covers Created for Nine Outside Corners

    Piles-of-glued-up-Corners-2



    Then it was time to install them! Hurray!
    We started with the six easiest corners and thought we would tackle the nearest corner (the ‘OP’ one) to the Great Room which is where we are working these days, but only to discover that the wall along the ‘O’ section does a funny little wiggle at the bottom. The batten that holds up the Larch cladding had been bent outwards by the concrete blocks, without us spotting it. This meant that the Oak Cover has a large increasing gap between the Larch planks and the Cover piece (the Oak being nice and straight of course!). After skipping that corner to do the opposite corner, the ‘NO’ corner, which turned out to be much closer and even, we decided that we would make adjustments to the Larch cladding planks, rather than living with the gaping ‘hole’. So we undid the screws and pushed in ever increasing thicknesses of plastic spacers behind each Larch plank and then retighten the screws back down again. We use a long spirit level as our straight edge to achieve the proper and correct adjustment.
    Oak Covers Created for Nine Outside Corners

    Straigtening-the-OP-Corner-1

    Oak Covers Created for Nine Outside Corners

    Straigtening-the-OP-Corner-2



    With this done, we now can go and make lots of wooden spacers to go behind the Oak Covers to allow plenty of air to circulate and keep everything dry and clean, to avoid any potential wet rot etc.
    We decided to buy round wooden poles, and found a set of Eucalyptus broom handles on the web, an inch in diameter and about 1.5metres long. We got our drill press machine out and rigged up a little holder to hold short lengths of the round rods, and drilled a centralised clearance hole down the middle. We then slice the rod up into lots of 5mm thick discs, thus made our spacers with a predrilled hole, ready for going between the Oak and the Larch and screwed down.
    Now the next task was to find an old waste length of oak strip and mark off distances of 200mm up the length and guide us to try and keep an regular spacing for the fixing screws. But before that, we snapped together a metal placement template for the drilling of the clearance holes in the Oak, positioning the template on the 45degree slope and get consisted alignment up all the Corner Covers.
    So the procedure for putting up these Covers, was to drill the first clearance holes at the bottom, 75mm off and then screw it on to the corner. Then using the marked guide stick, drilled clearance holes at approximately every 200mm, only making adjustments to ensure that the fixing screw sinks into solid portions of the Larch timber. Then taking the Cover piece down again, taking it indoors and glue on our little wooden discs using 5 minute PU glue. While that was curing, we took out the next corner to repeat the process of doing the clearance holes. After that, the Oak Cover piece would go back outside to lay on a set of trestle tables and proceeded to get a thorough coating of the timber oil treatment, on both sides but most especially the hidden interior side. While that was soaking in and dripping excess off, we got on with the third corner in doing the clearance holes. Eventually, the oil had soaked in enough for us to handle it and actually install the first corner piece which we did!!
    Oak Covers Created for Nine Outside Corners

    Corner-with-spacers-attached

    Oak Covers Created for Nine Outside Corners

    The-Staight-OP-Corner



    As you can imagine, this logical collection of programmed steps was repeated several times over until we got all nine corners done.
    Oak Covers Created for Nine Outside Corners

    The-AP-Corner-cover


    The last three corners, two on the Front Porch and one on the Side Porch, had a little adjustments made to the tops of their covers, to allow us to go around the main support beam sticking out the house, and for the Side Porch, an additional adjustment to clear the diagonal metal bracing arm too.
    Oak Covers Created for Nine Outside Corners

    Shaun-tightening-the-last-screw

    Oak Covers Created for Nine Outside Corners

    The-EH-Corner



    This is the complete process of taking rough sawn oak timber and ended up with nine finished Oak Covers, all in about 9 days. Not Bad!
    Now we repeat the whole process over again, but this time, for the Inside corners, to cover up the plastic downpipes plus our odd one in the middle of the ‘H’ wall. But that is another story and next week’s work!! Actually, We have already started the process and we have got out all the 2.6metres oak timber pieces and sliced them up into the required 26 planks, and even got most of the planing done too! More in Next week’s blog report!

  • All Walls Done At Last! L, M and N Sections Completes the Cladding Job!

    We Have Done It! The whole house is now fully clad with our Larch timber!
    It took only a day and a half to finish off the last bit, the “L”, “M” and “N” sections, our alcove, around the back of the house. We could cut most of the wood in one go then it was quick too put up.

    All Walls Done At Last! L, M and N Sections Completes the Cladding Job!

    Most-of-the-wood-for-the-Alcove


    We used a higher scorch level for these planks to see what it is like and also to capture more heat in the cooler seasons. If we don’t like it, we can scrub the surfaces with a wire brush to tone down the darker colours, and of course, reapply the fire retardant treatment again.
    All Walls Done At Last! L, M and N Sections Completes the Cladding Job!

    The-finished-LMN-Alcove


    The final job was to unscrew the top 6 rows of timber on the very first section we did a month ago, and we painted the exposed “pink” battens black. We realised that one could see up between the planks and see the lighter colour and hence we had painted all the other battens around the house, except for the “P1” section next to our patio area and Conservatory.
    Then, we moved all the excess timber to our long term storage area, the swimming lane, sorted into width. Both sets of treated Larch planks are now all together, ready for the time when we will clad the garage.
    All Walls Done At Last! L, M and N Sections Completes the Cladding Job!

    The-left-over-Fire-Treated-larch-1

    All Walls Done At Last! L, M and N Sections Completes the Cladding Job!

    The-left-over-Fire-Treated-larch-2

    All Walls Done At Last! L, M and N Sections Completes the Cladding Job!

    All-the-spare-larch-stored



    The rest of the week was spent tidying up inside the house and upgrading the electric feed from the garage to the house to provide a more heavy duty service (we only had an 13A extension lead before). We will want to use more powerful machines now that we are going to be working inside the building.

  • Big Complex H wall Now Complete Plus I, J, K and O all Done Too!

    By Monday lunch time, we had finished off the last triangular piece of the wall above the Utility’s window and door, the gable wall of the Porch.

    Big Complex H wall Now Complete Plus I, J, K and O all Done Too!

    H-Gable-is-finished


    We then moved all the platforms and equipment around to the back of the house to start working our way along seven remaining sections to be clad in the fire-treated Larch timber.
    By Tuesday, we had finished the “I” wall section but we had to divert our effort to replace the caterpillar tracks on our mini-digger, see Replaced Caterpillar Tracks on mini Digger
    Big Complex H wall Now Complete Plus I, J, K and O all Done Too!

    I-Compete


    We got back to work, Wednesday afternoon without any further interruptions (including missing all the rain on Saturday!) and zoomed along to get the “J”, “K” and “O” walls all finished and everything. We even managed to get the first row on the three walls that makes up our neat little alcove, the “L”, “M” and “N” sections. We also put up the marks on each battens that tells us where to put each larch timber piece going up the wall.
    Big Complex H wall Now Complete Plus I, J, K and O all Done Too!

    J-finished

    Big Complex H wall Now Complete Plus I, J, K and O all Done Too!

    K-Finished

    Big Complex H wall Now Complete Plus I, J, K and O all Done Too!

    O-fully-clad

    Big Complex H wall Now Complete Plus I, J, K and O all Done Too!

    Base-row-on-LM-N



    Hopefully, next week on Monday and Wednesday, we will get the Alcove all finished and that will be it!

  • Cladding Second Stage – The Fire Treated Larch Timber for the Back of the House

    We started the new week by moving the remaining oiled standard planks to storage in the swimming lane.

    Cladding Second Stage - The Fire Treated Larch Timber for the Back of the House

    Oiled-Untreated-planks-stored-in-Swimming-lane


    Then we started processing our second set of Larch timber that had been dunked in the Fire Resistant treatment a couple of weeks ago. The first job was to remove all the iron stains that we accidentally put on during the dunking process. We had applied the Oxalic acid to each and every stain and then later washed them with fresh clean water to remove as much of the acid solution (which had turned the surface yellow – this fades slowly away).
    Cladding Second Stage - The Fire Treated Larch Timber for the Back of the House

    Planks-after-Acid-treatment

    Cladding Second Stage - The Fire Treated Larch Timber for the Back of the House

    Then-cleans-and-sorted-by-Size-and-Scorch



    But also we decided that we would drain and dismantle our dunking tank assembly. We don’t need it anymore, so we recovered about 35litres of the oil, the second bottle is more “coloured” but the first one is looking quite clean.
    Cladding Second Stage - The Fire Treated Larch Timber for the Back of the House

    Deconstructed-dunking-tank


    Then we got on with the task of mounting planks on to the walls, which we started where we left off, on the “H” wall (the right side of the house going alongside the Garage).
    But we also suddenly remembered that we needed to paint the top of the battens black so anyone looking up the wall, and up the gap between planks, cannot see the “pink” colour, just darkness.
    Cladding Second Stage - The Fire Treated Larch Timber for the Back of the House

    We-started-on-the-H-wall

    Cladding Second Stage - The Fire Treated Larch Timber for the Back of the House

    then-remembered-we-needed-to-paint-the-front-of-the-battenms-black



    The “H” section of the house includes the Side Door Porch, which is being held up with reinforcing diagonal arms, attached about six feet up the wall. This means that some of the planks had to have notches cut out to fit around these aluminium arms.
    We got the second half of the “H” wall all finished, right up to the rafters, and we got as far as the first couple of rows going up inside the Porch’s gable wall section over the Utility Room window and the Side door. It was quite fiddly working around the projecting wooden beams that holds the Porch roof up, including the more awkward process of moving around on the platform and avoiding the metal arms too. We had to keep coming down to cut our planks and slice the lap joints etc. so it was a bit slower in putting up the pieces.
    Cladding Second Stage - The Fire Treated Larch Timber for the Back of the House

    then-we-got-to-the-top-of-the-windows-on-Thursday

    Cladding Second Stage - The Fire Treated Larch Timber for the Back of the House

    and-most-of-the-rest-done-by-the-end-of-the-week



    Next week, we should get the last remaining triangle section finished and then we can move around to work along the back of the house. We might even get that done by the end of the week 😉

  • Front Porch Wall is Clad plus also Walls D and E too

    Upon the resumption of the new week, we got on with the task of cladding the Front Porch wall, the “C” section that has the main house door and Entertainment Room’s window. It is over 7 metres long and disappears up to the apex of the porch roof, some 5 metres high.
    By the end of Monday, we got all the lower section of the wall covered in our Larch cladding timber, with different randomised planks on each side of the door and the window.

    Then over the next three days, using our existing high level platforms (we had to raise a shorter one by extending it’s legs by temporarily clamping on a set of the old tall legs), we slowly covered the rest of the wall. It was cramped at times, especially near the top, working around all the piles of timber, ladders and tools, it was a tricky and slow work.

    Front Porch Wall is Clad plus also Walls D and E too

    C-Wall-Platforms-to-work-on-gable-wall

    Front Porch Wall is Clad plus also Walls D and E too

    C-Wall-Day-2

    Front Porch Wall is Clad plus also Walls D and E too

    C-Wall-Day-3

    Front Porch Wall is Clad plus also Walls D and E too

    C-wall-Day-4



    These cladding planks are the original finish (no burnt surfaces, apart from the gentle band of colour at the bottom and tops of the windows and doors), we had to go all over the surface, wiping the dust and finger prints off. Sometimes, a bit more effort and the use of some sand paper was require, to bring back the clean look again.
    Front Porch Wall is Clad plus also Walls D and E too

    C-Wall-Finished

    Front Porch Wall is Clad plus also Walls D and E too

    C-Wall-Finished-2



    After that, we tidied away the three platforms and then continued on the next and last two wall sections, “D” and “E” to finish off all the walls that make up the “front” of the building that don’t need the fire-treated timber. We were looking at the finished C porch wall and decided that the darker band running underneath and over the windows should be toned down. We therefore proceeded to unscrew the high scorched planks off the “A” wall to scrub them more vigorously and put them back.
    Front Porch Wall is Clad plus also Walls D and E too

    Dark-planks-Before-Scrubbing

    Front Porch Wall is Clad plus also Walls D and E too

    Dark-planks-After-Scrubbing



    Following this new thinking, we also decided to only use scorch level “2” and level “3” to form a narrower band on the “D” and “E” walls, to make the darker bands less of a statement.
    Front Porch Wall is Clad plus also Walls D and E too

    D-Wall-Complete

    Cladding on C,D & E

    Cladding on C,D & E



    This concludes the work on the first half of putting up the Larch timber on our walls. The next job is to sort out our second set of timber, remove the rusty iron marks, scrub the darker scorched planks to tone those down and then dunk all of them into the oil bath. That would be next week’s list of jobs to do.

  • Larch Cladding Progresses, P2, A and B Sections all Finished

    We resumed work on putting up more Larch cladding planks on to the wall sections “P2” and “A”, coming around the Great Room and along the front of the house.

    Larch Cladding Progresses, P2, A and B Sections all Finished

    Cladding-EOD-Tuesday


    It is just a repeat of the standard placement of each Larch piece, according to the scorch burn level and the randomised widths, and getting them cut and sometimes connected together with a lap joint.
    The middle of the “A” section has a fence support post so it was a case of making sure the randomised planks came to the same pattern at the top for the final two rows. We only had to manually swop over two planks in the spreadsheet and we were also lucky that the combined height arrived almost exactly to the height of the fence break, thus avoiding having to reorder the list!
    Larch Cladding Progresses, P2, A and B Sections all Finished

    Cladding-EOD-Wednesday


    On Thursday, we did discover something that was concerning us and it happened during a heavy rain fall (we had 6mm of rain in 10 minutes flat!!) and we watched the rainwater fly off the roof and missing our gutters. This was in the valleys of the roof and the sheer amount of water that had collected was enough to make it shoot down the valley and the angle meant that it shot over the edge of our gutters. We had noticed to how wet these corners were after a rain shower and we thought that we might have had a leak or something. But now we know what has happened and we can now build a solution which is to construct a barrier of some form, to catch the flying stream of water and deflect it downwards into the gutters instead. That is good!
    By the end of the week, we have completed the “A” and the “B” sections and have moved onto the more complicated “C” Front Door Porch section that goes up four and half metres, up in the apex of the roof that hangs over the Front Door and Entertainment room.
    Larch Cladding Progresses, P2, A and B Sections all Finished

    Cladding-EOD-Thursday

    Larch Cladding Progresses, P2, A and B Sections all Finished

    Cladding-EOD-Friday



    We needed to make sure that the first row of the Larch timber, a large width with a scorch level of 1, was positioned at the exact level so when we have reached the top of the doorway and the window, they all aligned up together and smoothly allows the next full row to blend in seamlessly. We used our laser level gadget that produces a sweeping red line, right on the horizontal level, to provide the necessary synchronising factor to achieve this goal.
    Larch Cladding Progresses, P2, A and B Sections all Finished

    Cladding-EOD-Saturday


    We will continue next week, while dodging the short sharp showers and hopefully we will get the rest of the front of the house clad. Then we can turn to our Fire Proofed Treated timber, clean the iron marks off and dip them into the weather protection oil and then proceed installing the other half onto the walls along the side and back.