My New Year’s resolution? Get organized! I’ve decided to start with an easy task — the idea board. I love my magnetic inspiration board. I can’t remember how a carpenter friend came about owning so many industrial kitchen shelves but I am glad he had a stack of them. When he moved out of his old shop, he gave me one. He asked what I would do with it but I wasn’t sure at the time. I knew though, sooner or later, I would find a use for it. And here it is.
The stainless steel shelf is a simple wall mount type — the edges are boxed off like a frame and the backside is hollow, so I knew it would work well hung flat instead of perpendicular to the wall. Not all stainless steel is magnetic (see below for more info), and until I tried sticking a magnet to it, I didn’t know if I could use the shelf as an idea board or not. The magnet worked! I already had a nice collection of decorative magnets sitting in a drawer (because the doors on my refrigerator are not magnetic). Finally, I got to put them to use.
Now I have a nice and clean visual reference for the projects I have lined up. It is easy to change things up, move clippings around, and organize my thoughts and ideas as the weeks or months go by.
Magnetic inspiration boards may be made with various metal shelving, filing cabinet drawer fronts, locker room cabinet doors, galvanized roofing pieces, or old car parts. It’s fun to bring in these elements to the work or craft space, and the unique character of the idea board you design will help spark inspiration.
Good to Know: What makes stainless steel magnetic, or not? If you went around your house with a magnet, testing different stainless surfaces, you would find some are and some are not magnetic. It all depends on the composition and how much chromium is added for corrosive resistance and nickel added for strength. The basic structure of stainless steel is made of iron, and is magnetic, but to prevent the steel from rusting, and to give it that “scrub-it-down-to-the-next-layer-if-it-does-rust” quality, other metals are added to the alloy. Depending on how much of these other metals are added, it may or may not be magnetic, and you won’t know until you try touching a magnet to the surface.