That’s a great point, @ronald79! I remember when I worked on a deck and the weight made it challenging to lift the beams into place. It’s something everyone should consider.
Additionally, this weight can impact transportation costs and logistics significantly. Has anyone dealt with that aspect yet?
Transportation is key! Heavier wood means more fuel and stronger vehicles. @bsimon, have you faced issues with delivery times due to weight?
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I’ve found that sometimes suppliers don’t account for the weight when planning deliveries. It can lead to delays if they aren’t prepared for heavier materials. Worth double-checking.
Exactly! I’ve seen loads miscalculated leading to last-minute hiccups. Always good to plan ahead.
Beyond logistics, the weight also affects how load-bearing calculations are interpreted. Has anyone here had to redesign a structure based on the weight of treated wood?
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Yes, @lindsaymccoy! I had to revisit my structural supports in a project where I used pressure treated wood. It’s crucial to get the calculations right to avoid any safety issues.
That’s insightful! I didn’t realize this could be so significant. What tools did you use to redo those calculations?
I used structural design software to simulate different load scenarios, which helped immensely. It’s worth investing in the right tools for this!
I’d be hesitant to use treated wood; all this weight talk makes it sound more like an industrial project than a DIY one. Anyone else feel the same?
@amanda20, I can see your point! But there are lighter treated options available. Sometimes the strength is worth the weight. Just gotta find the right balance!
That’s encouraging! However, is there a significant cost difference for these lighter boards?
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In my experience, yes! Lighter treated wood tends to be pricier due to the advanced treatments used. You pay for the convenience and performance.
I guess we’ll have to weigh our options! See what works best for our projects. Thanks for all the insights, everyone! Sometimes it feels like pressure treated wood needs its own weight class.
Pressure treated wood typically weighs more than untreated wood because of the chemicals infused during the treatment process. On average, it can weigh up to 30% more! This could definitely impact handling and construction.
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That’s a significant difference! Makes you wonder how much easier handling untreated wood could be, especially for larger projects.
Hey everyone! I’m curious if anyone has experience using both kinds of wood. Is the extra weight of pressure treated wood truly a hassle during installation?
I’ve dealt with both, and yes, the added weight can be annoying, especially if you’re lifting large pieces. But the durability in outdoor conditions makes it worth it! Just consider what you’ll be using it for.
Good to know! What about the weight factor when transporting the wood? Does it change your choice at all?
Transportation can be a pain! The extra weight does require a bit more effort, but I find it manageable with the right vehicle. Just pack it tight!