I like this idea. I'm combining some ideas in my head and would like to hear what people think: Take a 12" x 24" piece of hardboard (pegboard without the holes). Put the 11" flexwatt on the bottom. Drill a significantly over-sized hole for the cord in the bottom back corner of the cage and then bolt holes at the corners and the mid-points of the long sides of the hardboard (with matching holes in the bottom of the cage). Bolt the hardboard down with washers as spacers (say 1/8" to 1/4" gap around the bottom). Does two things: first, you don't have the flexwatt tightly sandwiched between the hardboard and the melamine, which could create hotter conditions than desireable. Second, you're generating natural air flow. Hot air under the flexwatt wants to rise, and escapes around the edges which draws fresh, cool air up through the oversized hole for the cord. Add a single vent on the opposite side of the cage and the simple act of heating creates it's own air exchange.
Two questions: just how much ventilation do ball pythons need? They typically live in the deepest parts of termite mounds after all... can't be much airflow down there can there?
Also, what's the best way to get flexwatt mounted to the underside of something in a way that it will effectively transfer heat to the bottom of it (in this case, hardboard)?
I had thought of that and I could still do it, but I really don't like the locking options for sliding glass. If I were keeping hots, which I am NEVER going to do, having an actual lock (like the jeweler's lock usually employed on sliding glass) would be a definite must-have. But my home is 100% child-proof in the "we don't have children or really ever let any inside" way so I don't have any need or desire to actually lock the cage, only keep it secure against escape. A hook-and-eye on each side of the door does that well enough and doesn't interfere visually with the aesthetic of the cage.









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