NESNA Ikea Bedside Table Makeover
A while back I started several new things but for one reason and another, they got put to one side. With determination to get those W.I.Ps done, I have finally got around to finishing a few.
This first one was an idea that was born back when I first started out playing with resin.
When visiting the neighbours I noticed that they had an IKEA NESNA bedside table in their lounge.
Here is said table, in my place, not theirs. Forgive the splotches, it was raining one that day. Hence also the lit fire.
It was an incidental bit of furniture that, due to it’s colour, didn’t really fit with their decor, in my humble opinion.
I subtly, by way of gasps, gagging noises and general pointing of finger whilst screaming, pointed this fundamental flaw in their decor out.
That went down well. Lol!
Having realized that my “subtle” comments might not have been so subtle, and that I was unlikely to get invited back anytime soon, I hastily back-tracked when a peace-making opportunity popped into my head.
Having remembered the resin experiments that I shared a while back an idea formed and I offered to give the table a makeover.
Things started out well, I masked off the edge of the glass and started sanding back the surface of the wood – I could have disassembled the table but to be honest, everything was within reach and well, why bother when you don’t have to.
Next I gave the wood a few coats of white paint..
This is where the project ground to a halt for a few – erm – months.
As I mentioned at the outset of this post I recently picked up where I left off and set back to work. You’re probably grateful for that or this would be a very rubbish blog post, right?
So, the plan? Do a resin pour on top of the glass surface. The issue? Will the contraction of the resin as it sets make the glass crack?
Remember, this occasional table might be used for putting coffee cups on.
Well, my brain went into meltdown. I know that glass has a COE – coefficient of expansion – meaning that it expands and contracts at a set rate when heated/cooled BUT, does resin? I know that there is a mild thermal reaction during the curing process, this is the reason you shouldn’t work in layers more than an eighth of an inch thick but … etc etc etc and lots of buts.
Also, if I am using a blow torch to help pop the air bubbles, won’t that shatter the glass as a result of thermal shock?!
Gah! Me and my big mouth for volunteering to do this!
Anyhoo, I duly dived into/onto “The Google” and began to read horror story after horror story of how other folk had tried it only for the glass to then crack.
I did however stumble across one YouTube-r that was working on glass and they seemed to be having good results. One thing that I noticed was that she was working in thin layers.
Well, Ok, could I prevent this being a problem? I mean, I have a whacking great log burner in my place – could I light that, work near it and then the resulting heat will a) prevent thermal shock, b) keep the glass warm during the curing process and c) keep me warm while I am working. I mean, there has been some nice weather lately but it’s not summer yet.
Quite honestly, no idea, love.
After mulling over all of the input, I came up with this output …
- Work in a warm area.
- Apply just a thin layer of resin.
- Keep my fingers crossed during the whole curing process.
Sounds like a plan, right?
Well, it did to me so I gathered up my bits and pieces and started mixing …
… and …
Join me on page two of this journey by clicking on the numbered page links at the bottom of this post to see what happened…