Shipping Container Conversion. Insulated Storage.

[Music] oh so mmm [Music] hmm foreign [Music] okay so i've got the end frame in i've just literally screwed it down to the floor and a couple of screws about five by sixty screws now i'm just gonna make up frames for the two sides out of the 2v2 material so i'm going to keep it off this end frame slightly as we look in the corner here i'm going to keep the end frame away from the corner in this void here where there's a cavity so that when they do the spray foam insulation they can get all in this corner around this post and secure it in place so the the side frame or the stuff frame that's gonna go down this this end wall will start here and then i'll work out my eight foot length off of this post here so that i know that the sheets are going to fit without having to cut anything um to size in the workshop so it's going to be easy if we work out now the stud section so that it works with the sheet material that i'm going to use and then to hold this in place once this frame's here i'll just screw perhaps a couple of buttons on the face like an inch lap just to hold it before the foam goes off or while the phone goes off and once that foam set in place it's going nowhere and then after that the boarding on top will tie it all together and stop anything moving so it should be nice and strong and secure once that boarding's been screwed in place so i'll just make frames for the entire length of the container now and get them screwed down on the floor and then we'll connect them together at the top of the container with a button between the two frames each side so the container is 12 meters long i'm going to cut uprights in at 600 centers roughly so that's going to be 24 uprights per side roughly so i'm going to cut 48 lengths off for the uprights and then if i need a few more at the end of the job that's no worries and then i'm just going to build the frames in pairs so there's one for each side of the container so make one frame and mark it out and then screw the other frame together on top of it so that i know we've got a pair and everything's going to match up nicely so the container is out of level by about five mil in the across the length front to back it's about three mil out across the width slightly different each end so i'm just going to see if the forklift will pick it up and i can shove some steel shims underneath i mean it's probably going to settle a bit more with use but it's been here a couple of weeks and it's settled down pretty well into them pads so i'm fairly confident that for shim it now that it's not going to move an awful lot from this [Music] point [Music] so i've marked up the gap from that end frame and then the eight foot length of boarding from that end frame so it's all fixed to it and the ends of the board will land on the center of the timber i've marked that on the base rail and the head of the stud wall frame and then i'm just in filling in between at roughly 600 sensors just want to make sure that the ends of each of these smaller frames that i'm doing in sections don't land on the end of a board because the strength in the frame is going to come from it being boarded over the joint so that board is actually strengthening the frame [Music] please [Music] [Music] do [Music] london [Music] yes [Music] [Music] hey [Music] so [Music] [Music] [Music] [Music] [Music] [Music] [Music] [Music] [Music] [Music] [Music] [Music] [Music] do [Music] [Music] [Music] i've got a fuse board going up here where the main incoming cables going light switch on the back side here so near the opening door and i'm just going to put four sockets two at this end and then two near the far end so what i'm going to run out of ring main so if i want to put any more sockets in i can just tap into it and drop the line down and it's dead easy i need to come from the fuse board now with some first fix cables to the switch and the switch needs to run along to the lights in the ceiling and then we just need to get a ring main of two and a half mil cable all the way around the container [Music] so [Music] so [Music] [Music] [Music] right there's a little reminder to myself on the electrics and just quickly run through it we've got a socket coming down here on this first timber out of the ring main going up to the board then that ring mane runs across on that second timber in the roof and then down and that's at 2.3 meters tall so off the floor of the osb to the top of the osp 2.3 meters to this horizontal cable and it runs down the side of that timber there the light switch is a light socket again along the next ring main drop over here runs in the middle of two timbers popping over on the end on that second timber in the side of it so the feed runs along with that ring main feed and drop straight down to the light switch and then they just run along follow the ring main and go up at the same positions [Music] [Music] [Music] [Music] [Music] [Music] [Music] thank you [Music] [Music] [Music] [Music] [Music] [Music] do [Music] [Music] [Music] [Music] [Music] [Music] [Music] [Music] [Music] [Music] you

Channel: BRADSHAW JOINERY

Views: 244,604

Rating: 4.8323975 out of 5

Keywords: Shipping Container Conversion. Insulated Storage, shipping container, converting shipping container, shipping container workshop, conversion, recycle, insulating shipping container, shipping container insulation, container, container shop, container home, container workshop, tiny workshop, tiny home, tiny house, insulating, insulation, 40 foot, spray foam, foam insulation, condensation, steel container, woodworking, joinery, bradshawjoinery, stop condensation in shipping container

Id: O-MRs1i9dGQ

Length: 23min 51sec (1431 seconds)

Published: Sun Aug 02 2020