By laminating sheets of cardboard together into a large block and cutting this up with a table, or circular saw, you can create cardboard lumber of any dimensions you want: 2x4s, 2x8s, 4x4s. If you alternate the grain of the corrugations you can create plywood. If you glue your lumber together end-to-end you can create strong honeycomb-like boards.
You will only need three things to create cardboard lumber:
1) A Saw
2) Lots of cardboard
3) Glue... lots of glue
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Signing UpStep 1: Types of Saws
Circular Saw: If you're really good at cutting straight lines and have no other option then I guess you could give it a try.
Hand Saw: Possible, but too labor intensive for me.
Band Saw: If your band saw is as powerful as a circular saw than go for it, this could open interesting options.
Chain Saw: Messy...
No Saw: Unfortunately for people without access to saws, this instructable is not for you. I know it looks cool and all, but it's just not gonna work out.















































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I could see it being done with a jig or fixture of some kind, but you'd probably already have some kind of woodworking saw to even make one of those.
When I usto rent in the past and I needed cardboard to work under my car to avoid sand/dirt from getting on my clothes and tools when greasy I used to go to the furniture stores near by and get really large carboards boxes (from headboards) that they dumped. They were really long and wide and they covered the whole bottom of the car. They will be great for making longer pieces. I just started looking into this and my question is.. Can these cardboard lumber be used for outdoors and can it be sealed and protected like wood maybe using an oil base polyurethane or other? Just wondering if anyone have try this and how did it hold up? Thanks for the instructable btw!
How cleanly does a jigsaw cut through the cardboard plywood? I'm thinking of making some cardboard furniture like Gehry's "Easy Edges" and was thinking that it might be faster to first create some cardboard lumber and cutting out a pattern from those rather than cutting out individual layers with a craft knife.
That said, to avoid any problems, just ask the store.
Boiled linseed oil used to be used as a finish for antiques but I've heard that it isn't recommended any longer. It does have a strong smell that lingers, sometimes for years.
A neuron just fired - Is there a new type of boiled linseed oil on the market that dries faster and has anyone used it?
I have been using Formbys for about 30 years in place of boiled linseed oil on anything I do with wood, if I want to have a durable finish.
There is nothing wrong with B.L.O., but Formbys gives you a hard waterproof finish that brings out the grain/colour of the wood, like B.L.O., with a matte varnish-like finish.
I restore antique sewing machines. In the interest of historical authenticity it is generally preferred that BLO is the final finish on the box-case-treadle stand. Unless they are for my own use and then, depending on how accessible they'll be to company, I choose btwn BLO and a satin poly. I've been wiping the poly on with a clean rag and it gives a nice finish.
Thanks for the tip.
So, really, glass is a liquid. Until it becomes a solid. Things can change category, just as the 'liquid' form of water is water, and 'solid' is ice, and 'gas' form is mist/steam.
Many things have the range of becoming all three. :D
http://www.glassbirds.com/iittala-glassworks.html
http://www.youtube.com/watch?v=Omr0JNyDBI0
Or in other words "Endless repetition of a lie - does not make it true"
Just as when people talk trash about you - it doesn't mean its true.
In this case Glass is a solid (when it cools). Many materials are transparent and the video from sixty-symbols (above) explains why.
Glass also has a very special property and its why its called Glass. Generally when materials cool and harden into solids they form regular atomic structures - like Crystals. In fact all metals do this and is why they are called metals. Glasses do not form regular crystal-like structures. Instead their structure is more random and locally connected. This is why it forms sharp edges and irregular shards when it is broken.
Try listening to this explanation. http://www.youtube.com/watch?v=2Fk3y_lPr6Q