That's interesting, LVLs definitely help keep walls true, especially in kitchens or spaces with lots of built-ins. But I'm curious—did you notice any significant difference in cost or installation time compared to regular lumber? I've found some contractors hesitant about engineered lumber because they're less familiar with it, so I'm wondering if your crew ran into any issues or if it was smooth sailing from the start...
I've noticed similar hesitations from contractors I've worked with too—mostly because engineered lumber isn't their everyday go-to material. Cost-wise, LVLs do run a bit higher upfront, but considering the reduced callbacks and straighter finishes, the overall value often balances out. Installation-wise, there's usually a brief learning curve, but once the crew gets comfortable, it's pretty straightforward. I'd say it's worth giving your team some extra time initially to adjust; the long-term benefits definitely outweigh the short-term inconvenience.
Totally agree—once my contractor got past the initial hesitation, he actually preferred LVLs for critical spots like kitchen walls or bathroom tile areas. Fewer headaches later on with cabinets and fixtures lining up properly... definitely worth the upfront hassle.
"Fewer headaches later on with cabinets and fixtures lining up properly... definitely worth the upfront hassle."
Couldn't agree more. I've seen LVLs make a huge difference, especially in kitchens where precision matters. A bit pricier upfront, sure, but the peace of mind down the road is priceless.
Had a similar issue on a recent build—client wanted open shelving along an entire kitchen wall. Regular lumber just wasn't cutting it, too much bowing and twisting. Switched to engineered studs and LVLs for critical areas, and the difference was night and day. Yeah, it bumped up the budget slightly, but saved me from endless callbacks later. Sometimes spending a bit more upfront is the smarter move... learned that one the hard way.