DIY: Spices shelf

Background

I'm sure that this is a problem that anyone who has a small house will understand. The cupboard that holds all of our fundamental ingredients such as herbs and spices is absolutely crammed full. The problem is a lack of space, but it isn't a lack of volume.

The jars that spices come in are about 10-12 cm tall but there is a great void of space that is unusable. This blog article is about how I came up with a solution to make that volume usable again.

So much lost volume above the spice jars

Solution time

Having a little mosey around my garage I found a piece of 15 mm MDF that I thought would be the perfect size for a shelf.

My initial idea was to screw three batons into the walls of the cupboard but Charlotte refused to allow me to cause 'damage'to the cupboard, so whatever I did would have to be free standing.

I marked up the board to give me the shelf top plus two sides to support it.

Material is marked up, ready to be cut with the jigsaw

To ensure that when I screwed the top to the two sides the address would go into the middle, I marked the width of the support off.

Marking the material thickness

I pre-drilled the holes so that I knew they would cause the screw's to be in the right place.

The holes were pre-drilled before screwing

Finally I assembled the pieces together and jobs done!

Assembled unit

Even though this is one of my simpler projects, I still had that twang of excitement to see how it would turn out. So pulling everything out of the cupboard to get the shelf in and then fill it back up was done eagerly!

The result

Moving those herb and spice jars onto the shelf has made that space that usable and as result has freed up a massive area for other storage (free at the moment).

Jobs' a good 'un!

Bank Holiday Weekend Project : Sorting out the cupboard (Part 3)

Background

So with the 2015 August bank holiday weekend, I decided to start doing some DIY by ripping out the existing shelving. The very first thing I did was to make some custom shelves to fit in an odd-shaped corner to be used for storing shoes (read about that here), the next part of my project was to then create a micro-cupboard just for the electric meters (read about that here). The final part of my project was to install some shelving at the top of the cupboard - and that is what I will be talking about in today's blog post.

Apologies that this blog doesn't have the usual number of pictures that I usually put up: I was very much time limited.

The Plan

Of course the first thing I did was to review the SketchUp model that I had made. It's been very useful for visualising an idea, but certainly in the case of manufacturing the electric meter cupboard, it doesn't capture complexity, thankfully in this case, I think this will be simple as I intend to support and install the shelves in the same way as I did for the shoe-shelves.

The Parts

Off to B&Q to buy:

• Four off - 15 x 15 x 900 mm pine batons (only required two in the end)
• One off - 1220 x 606 x 12 mm MDF

Despite the required dimension according to the model, i decided that by cutting the MDF in half length ways would mean that i have a true square cut for the front edge and maximise the material use.

Cutting down the large sheet of 12mm MDF to the required dimensions.

The next job was to prepare the supports. I decided to cut two 20 cm pieces and one 50 cm piece from each baton. Then, to make my life easier when assembling in the cupboard, I pre drilled a 3 mm hole every 5-6 cm in every baton. To try and make my work a bit neater, I then used a 15 mm drill bit to bore out the top few millimetres to enable me to counter sink each screw.

To install the batons I had a little dilemma. The only robust reference point in this cupboard was the 10-inch piece that I put around the back and right hand side that is used to support the coat hooks and coat rail.

I set the first batons (lower ones in the picture below) 4cm up from the wooden border, this would allow plenty of room for taking things on and off the coat rail. From there the next shelf up was set 30cm up.

Pinewood batons up as support

With the supports in place, I brought in the shelves that I had already made to do a dry fitting. I I had to do a reasonable amount of sanding down on the left edge (as looking in the picture above) because that wall wasn't square before the shelves would fit. 30 minutes of sanding later, I had two fitted shelves.

Shelves now installed

I didn't get to enjoy the shelves being fitted for long before it was all taken out for an initial painting - just plain white emulsion paint for this first coat.

A few hours in the sunshine which we were blessed with today and the paint was dry enough to let me install the shelves. Just as I was putting the shelves in I was struck by the thought that when I first installed the shelves it was a tight fit and that with the addition of paint they may not fit back into place. But I was relieved that the shelves actually went in easier.

Shelves installed, with baskets for storage

The final touch is some wicker baskets that we found in B&Q, actually part of a rack, compared to similar baskets that I had found, these were a significant improvement despite being £20 for the four because the baskets have a metal wire frame in them which greatly improves their durability.

Despite hoping to do all of this over the August 2015 bank holiday weekend, it took considerably more. Three weekends over a month-and-a-half and a plethora of trips to B&Q!

By the end of my project I had created a shoe rack with a unique design to fit inside an awkward place. Then i made a small cupboard to conceal and protect the electricity metres and fuse box. The final step was covered in this blog entry where i made some more shelving to finish the cupboard renovations off completely.

By the end of this project I had spent nearly £200 although a significant chunk is 'invested' in tools such as the jigsaw, PPE (Personal Protection Equipment), paint and clamps. Excluding those costs my costs were:

• 2 off sheets of 12mm thick MDF @ £11.24 ea
• 1 off sheet of 6mm thick MDF @ £8.17 ea
• 8 off 15 mm pine batons@ £1.74 ea
• 1 pair of magnetic catches @ £2.28 ea
• 2 off Butt Hinges @ £1.42 ea
• A set of wicker baskets @ £20.00 ea
• 1 off 4' rail @ £7.98 ea
• 1 pair of rail sockets @ £3.48 ea

Grand Total : £81.15

Bank Holiday Weekend Project : Sorting out the cupboard (Part 2)

In my previous article I had stripped out a cupboard at the front of my house next to the front door because it didn't provide the storage capacity I was required, nor did it look particularly good.

Shelves installed and coated with two layers of paint

In this article I will be documenting the build of a shielding / cupboard for the electricity meter and consumer unit(s). Prior to this re-design of the cupboard I had what felt like enough shoes for the third-world in my cupboard and occasionally they would flip a circuit breaker when thrown in. So I felt something neat to tidy it up was needed.

Project : hide this monstrosity

This part of the project took a lot of thinking about how I'd actually achieve the effect of boxing off the electricity meter, in SketchUp it took about 10 clicks to create the box, in practice I had to work out how I would physically build a robust structure. I decided I would use more of my 12x12 mm2 pine batons as a framework and 6 mm MDF as the walls.

I started with what would be the top, it was an easy start: a square cut. But coming back to the cupboard I quickly discovered the problems when master craftsmen are not employed to do tasks, the walls are not square!

The MDF sheet is from the corner of the larger sheet, I KNOW that's square!

Approximately 7 mm sliver to be removed

 A quick jigsaw cut later and it was time for a test fit.

That's a hell of a lot better.

Next I wanted to make the framework to support the other walls. I decided to just follow the outlook of the chipboard backing that the meters are mounted to, so I only need two vertices's.

Supporting batons installed

To provide support for the top face, I installed a baton along the front edge. The ends were cut with a simple rabbet joint.

The next step was to put the side face on. Again fairly straightforward, with the exception of cutting out some material to allow for the skirting board.

Mark up for the skirting board

Skirting board notch and baton.

Time for a test fit so far.

Top and side installed

The next step was to put the front on. I decided I wanted doors on so that I would be able to easily get in each month when I wanted to take a meter reading. To keep the doors neat I decided to use magnets to keep the doors closed and out of the way.

Magnetic door closers

With the door magnets installed, I could install the matching pair on the inside of the door.

First door installed

The second door was then installed, the hinges caused a displacement that wasn't factored in my initial measurements, you can see that I need to cut down the width of the doors slightly.

Doors are a touch too big

Now that everything fits together, its time to disassemble and paint. I wanted to make sure that the hinges and the magnets stayed free of paint so I covered those with masking tape.

Ready for painting

12 hours later the paint was dry ... no I didn't sit there watching it! So I assembled all the bits once again to get it fitted into the cupboard. The final result is below. You can see I clearly missed bits during the painting, but it will be getting at least two more coats yet. My thoughts? Norm won't be offering me honorary membership into the Master Craftsman's Guild, but its certainly practical and, in my opinion, a damn sight better than what was originally there!

Final result!