The stock tank pool has served us well. It's pretty much every day that the children spend time in the pool, just having it around cools us all off. Sticking my legs in usually is plenty for me, even when it's really hot. But since we hooked it up, we've attached the pool to the pump and filter using plumbers putty.
I originally planned to use copper pipes or something at some point, but if we were going to use real pipes, we probably should have done that first. I don't think retrofitting would do the trick on this one, but we decided to use something like a plastic weld, plumbers glue.
This big bottle of PVC and ABS plastic cement was about six dollars, and I'm hoping this will be a permanent solution. When we dump out the pool in the winter, we'll unhook it from the pump, and the hoses will dangle off the tank.
After taking off the plumbers putty, this is what the whole set up looks like. The plastic fitting is bolted through the tank and a neoprene gasket. The tube attached to the fitting with a compression strap thing, but that doesn't keep it water tight by itself. There's no water on top right there, so it's not leaking.
To keep the fitting and tube together better, we screwed a hole into both and bolted it. It's two more holes to patch up, but the connection is much sturdier. This top connection is more prone to being tripped on by little children.
Now for the cement. If we were picky, I could have taped off the side. I could have even cut out a shape in the tape, to have a perfect little circle of blue around the connection. Or a star shape!
Every five or ten minutes, another layer of cement goes on. We used this in particular instead of a plastic weld or epoxy because it can be used in the presence of water, and quick(ish) drying.
That should do it. When it's time to drain the pool, we'll do the lower connection. I'll keep an eye on the connection, but I think this will be a mostly permanent solution. The drips on the side will peel off, but hopefully the main application will be sturdy enough to keep all that water in.





