My grandpa has a motorized scooter, which apparently weighs a lot… It’s chewed through the carpet that was in their house, and then it ate through click-lock planks within a year.
We decided to install glue down LVT in hopes that it can withstand those caster wheels digging into the floor when he spins around in the kitchen or living room (major wear areas).
The subfloor in the bedrooms is VCT, so I think it should hold up okay with glue down vinyl on top of it, however the subfloor in most parts of the house is plywood.
I’m concerned that the plywood will give a little resulting in the vinyl to get chewed up.
I was going to put a skim coat of Henry 547 mixed with the Henry 546 additive instead of using water (which apparently makes it stronger and gives it a little flex) to make the plywood more resilient.
Will this be suffice under the vinyl to withstand the abuse of that scooter?
Is it possible the skim coat will crumble underneath the scooter wheels?
Also, could/should I lay down a few sheets of 22 gauge steel in the major wear areas to increase the rigidity under the vinyl?
Thank you so much for reading this far.
We decided to install glue down LVT in hopes that it can withstand those caster wheels digging into the floor when he spins around in the kitchen or living room (major wear areas).
The subfloor in the bedrooms is VCT, so I think it should hold up okay with glue down vinyl on top of it, however the subfloor in most parts of the house is plywood.
I’m concerned that the plywood will give a little resulting in the vinyl to get chewed up.
I was going to put a skim coat of Henry 547 mixed with the Henry 546 additive instead of using water (which apparently makes it stronger and gives it a little flex) to make the plywood more resilient.
Will this be suffice under the vinyl to withstand the abuse of that scooter?
Is it possible the skim coat will crumble underneath the scooter wheels?
Also, could/should I lay down a few sheets of 22 gauge steel in the major wear areas to increase the rigidity under the vinyl?
Thank you so much for reading this far.