Kee Klamp Shelving





Introduction: Kee Klamp Shelving

After moving to a new apartment in a Georgian house, we needed some bigger than normal shelving units to be the right scale for the higher ceilings. I've always loved the old school retro/warehouse look of the Ralph Lauren shops, so after a bit of Googling I found an awesome company who have actually made units for them ( If I was in the states I would have gladly bought some, but not wanting to ship them over to London it was time to get a pen, a post-it and a cup of coffee....

Step 1: The Design

My original idea was to simply copy the shelves I'd seen, so I started looking for scaffolding poles and a way to cut them. This lead me to Kee Klamp (, an awesome system of poles and clamps  - or Klamps :) - that you can literally build anything with as long as you have an Allen Key.

The original design I'd seen had each shelf supporting the next by using the flange bases ( The only problem with this was that I'd need to do a lot of pole cutting and the height between the shelves would be forever fixed. If I changed the design so that the poles were at the edges of the shelves rather then between them, I could keep the poles as one long length and use the side mounting clamps ( at whatever height the shelves needed to be. I also saw that double clamps were available (, so by rejigging the design I could make one long shelving unit rather than three separate ones and share the mountings and pole between them.

Step 2: Getting Wood

With the design complete it was time to go shopping! After a trip to a local wood merchant ( and a delivery from Key Systems, I had a hallway full of Kee Klamp scaffolding poles and wood (already cut to size by the timber yard). I wanted the shelves to have that used industrial retro look (not battered but definitely not clean cut), so I only wanted to sand down the edges of each piece of timber to remove any rough edges whilst still leaving the odd scuff and saw mark. This took a fair bit of time and a fair bit of sandpaper - even with an electric sander! If you are planning on doing this make sure you have a couple of packs!

Step 3: Making the Outer Units

To make good, deep shelves, 2 lengths of timber were screwed together using joist brackets. I used three brackets spaced out along the length of each shelf and they were very securely held together.

(Apologies for the lack of pictures for this next step but I will try and explain as best I can how I then fitted everything together.)

The poles were laid down on the floor and then the side mounting brackets slid along each of the poles so that they could be positioned and tightened in the right place (single brackets for where there would only be a single shelf and double for where they would also support the middle shelves). The bottom and top shelves were then drilled and bolted (using coach bolts and penny washers) to two of the poles that would support them (the ones which would be the back pair). By doing this, I knew that the poles would be flush to the shelves. The whole thing was then flipped over so that the front pair of poles could then be fitted in the same way. The rest of the shelves could then be fitted, again without having to support any of the weight as everything was resting on the floor. The base flanges were fitted to the poles and the unit then stood upright. The whole process was then repeated for the second outer unit.

Step 4: Fixing Together

Once the two outer units were upright, the additional shelves could then be bolted on to the other side of the dual clamps, making the middle unit and holding the whole structure together at the same time....

Step 5: Voila!

And voila! Your retro, industrial shelves are done.

Thank you for reading my Instructable. If you liked it, I'd be most grateful if you could vote for it in the Design Competition: - Thank you :)



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    Looked at the Retro site.... Jeebus, they're expensive: "Starting at $3,795 for 36″ wide shelf".

    Hi, what thickness pipe did you use? Thanks

    Hi Tom,

    I used 34mm (33.7 to be precise) as I didn't want it to look too heavy.

    Its more than strong enough so you might even be able to use the next size down too depending on what you're making.

    Good luck with yours and be sure to post a link when you've done it!


    Awesome design. One thing that i thought might help is for the brackets/bolts which hold the boards in place.

    Perhaps a strip of angle iron going from front to back on either side resting on the brackets which hold the boards. Two bolt holes drilled on each bracket (front and back corner) lining up with the hole for the front and back bolt. The boards then rest on the angle iron for the shelf's full depth (both boards) for great support.

    The nice thing is, depending on the length of the sides it may not be visible at all, and if it is thicker than the lumber it will show a nice metal side when viewed from other angles.

    Attached is a simplified front view of what I was thinking.

    Love this site!

    Sorry had problems attaching this to my earlier post.

    Angle Iron for bracket.jpg

    I know this is from a while ago, but I only just saw it: i would consider a copy of the muji pole shelving system where there is one centrally placed pole, rather than a front-and-back pair- the scaffold poles are easily strong enough, this detail then gives us a way of transferring load from the shelf to the single pole.

    Hey again andyrak - another very cool mod which I think I might have to add :)

    I had looked at using scaffolding boards as I love the look of the metal strip banding around the edges, but this would give me a similar look and extra support like you say. Thank you for taking the time with the pic too - This is exactly why I love this site!

    To help what? What would this do or add that need to be done? I want to make some shelves so I really want to know what you mean.

    The reason for this is that three strips of metal join the boards along the space between them. But if they have solid support on both ends then they might not be needed at all.

    If desired likely only 1 would be needed. But for the short length the angle iron would support even very heavy weight along the center seam between boards.

    Just my thought anyway.