G/flex shoe repair: A step in the right direction

Posted by Julie Van Mullekom on 4 August 2009 | 1 Comments

My good ol' faithful boots (meaning they're old and need to be thrown out but I just can't do it) blew a deep crack in each sole. I figured "what a great time to try out our new G/flex Epoxy."

I found that there are a lot of things that I like about this material. It is mixed at a 1:1 ratio, so I traced two equal, poker chip-sized circles side-by-side and squirted G/flex 650 Resin in one and Hardener in the other. This makes eyeing a 1:1 ratio pretty darned accurate. I then blended the two together. G/flex gives lots of working time. I bent the boot open so I could force the epoxy into the crack. I placed the boot on a heavy plastic bag and put one weight on the toe and another one inside to straighten it out. I allowed the epoxy to cure overnight.

G/flex gets its name from "flexible"— not like a rubber band but rather like a hockey puck or the rubber of my boot's sole. A perfect match, it seems. Several weeks later, after walking on ice, in wet puddles, in the shop, and even in the mall, the boots are as good as new or maybe even better!

Before: A badly cracked sole.	After: At least as good as new.

This repair worked so well, I thought I would try it on my husband's hiking boots, which were in need of a different kind of repair. These boots are from L.L. Bean^TM (expensive and faithful). The boot was punctured on a hiking excursion and now leaked water. So I thought, "why not try the G/flex on it too?" I lightly scuffed the surface with a 3M #7447 Scotch Brite^TM pad and applied the G/flex 650 to the "entrance wound." I wetted a piece of 10 oz canvas material for flexible reinforcement, and then used it to cover the hole. The boots were supported from the inside with a crunched up newspaper. I covered the wet lay-up with a plastic bag and applied pressure with a sand-filled bag. Then I allowed the repair to cure overnight.

The next day we put the boots to the test. The adhesion seemed to work very well, and the fix resulted in a waterproof boot with the repair area being a little stiffer than the original surface. This additional stiffness seems acceptable. Use over time and exposure to the winter elements will determine the success of the repair. While the repair may not be the most eye-appealing, it's what's inside that counts, and what's inside these boots are some very dry and very happy feet.

Reprinted from Epoxyworks #25.

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