Custom Pegboard Tool Hangers Improve Your Workshop

A: I’m working on fixing up my garage right now. While I’m at it, I’m going to find a better way to store my Custom Pegboard Toolsince I’m sick of having them fall off the pegboard wall rack every time I remove one of the tools from the rack. Should I just take the pegboard in question apart? I enjoy the way it appears, but I do wish that it operated more smoothly.

A: Since we are such fans of pegboard, we would never suggest tearing it down if there is any chance that it may be preserved.

There is something about how it causes tools to stand erect at attention, all set and prepared for their subsequent task. And we’re not the only ones here: There are acres of it spread out across the country covering the walls of garages and basements. Despite this, the drawbacks of using pegboard are widely documented. Over time, holes can become longer, which makes it more difficult to keep tools in place. In addition, hooks and clips are not always the best option depending on what you want to hang.

Making bespoke tool hangers is our go-to solution; all you need is some off-the-shelf steel and aluminum from your neighborhood hardware shop, along with a hacksaw, drill, and some pliers. The advantage of adopting the do-it-yourself method is that you will have the opportunity to create hangers that are particularly durable and that are tailored to particular kinds of instruments. Check out the list that follows for some pointers on where to begin.

Custom Pegboard Tool Hangers Improve Your Workshop

A: Since we are such fans of pegboard, we would never suggest tearing it down if there is any chance that it may be preserved.

There is something about how it causes tools to stand erect at attention, all set and prepared for their subsequent task. And we’re not the only ones here: There are acres of it spread out across the country covering the walls of garages and basements. Despite this, the drawbacks of using pegboard are widely documented. Over time, holes can become longer, which makes it more difficult to keep tools in place. In addition, hooks and clips are not always the best option depending on what you want to hang.

Making bespoke tool hangers is our go-to solution; all you need is some off-the-shelf steel and aluminum from your neighborhood hardware shop, along with a hacksaw, drill, and some pliers. The advantage of adopting the do-it-yourself method is that you will have the opportunity to create hangers that are particularly durable and that are tailored to particular kinds of instruments. Check out the list that follows for some pointers on where to begin.

Read More: How to Handle Sheet Metal

1. Heads Up

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3. Hanging Steady

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4. Convenient on-the-Go Access

The heads of large hammers, such as ball-peen and framing tools, are awkwardly shaped, making it difficult to hang them.

Fix: Using aluminum flat stock with a thickness of one inch, cut two pieces to the appropriate length and then bend them into the shape of an L. Attach each L to the board using hex-head sheet metal screws (measuring 5/16 inches by 3/4 inches; for pegboard with fewer perforations, use screws numbered 12 or 14). Adjust the position of each L so that it fits the hammerhead.

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The screwdriver rack that you have is a little wobbly.

The problem can be fixed by removing the rack and inserting threaded inserts (1/4-20) into the pegboard holes that have been stripped out. Now, get a piece of the perforated steel tubing that is 1-inch square, cut it to the appropriate length, and then build the mounting flanges by cutting away the face of the tubing at each end. If necessary, the holes in the tubing should be enlarged so that the screwdriver points may fit through them.

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The problem is that tools that are long and narrow don’t hang up nicely.

Create a rack out of aluminum L stock that can be adjusted to accommodate the various dimensions and contours of the tools. The face of the L should have several small slots cut into it using a hacksaw. Next, use a Dremel tool with a grindstone tossed into it to smooth out each of the grooves. To fit the shaft of the tool and ensure that there is sufficient space between each handle, each slot must be sized and spaced appropriately.

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The instruments that you employ the most need to be within quick and simple reach at all times. The fix is to estimate the size of the rack you need, then use a hacksaw to cut a mild-steel rod with a diameter of 1/8 inch to the length you require, allowing for a little bit of wiggle room. The following is the order of your work: First, using pliers, form the first mounting hook into the desired shape; then, form the rack into the desired shape; finally, form the second mounting hook; and last, cut off the surplus rod.

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