(just by googling.. you can find brands for 19oz water bottles .. 27oz .. 33oz .. 49oz .. 61oz .. and say some shops may not be on google)
TJIL literally any size oz, brands are selling waterbottles. Anyone explain why?
1–6 of 6 posts
Re: TJIL literally any size oz, brands are selling waterbottles. Anyone explain why?
#2Re: TJIL literally any size oz, brands are selling waterbottles. Anyone explain why?
#3What would be the "inverse" of "you can buy water bottles at any size expressed in whole fluid ounces", and why do you feel it isn't true?
Why go out of your way making a 31oz bottle for sale when one could have made it 32oz to increase its demand by 2x/10x/99x?
Re: TJIL literally any size oz, brands are selling waterbottles. Anyone explain why?
#4What would be the "inverse" of "you can buy water bottles at any size expressed in whole fluid ounces", and why do you feel it isn't true?
The inverse is "you cant". I'd suppose if a number is as random as eg 49oz, then you wouldn't find a consumer brand willing to market such a product. Since they could easily have made a 48oz or 50oz bottle? Why go out of your way making a 31oz bottle for sale when one could have made it 32oz to increase its demand by 2x/10x/99x?
I imagine that the design of the bottle comes first in many cases. A bottle is made that can be used / stored / handled in a particular way and with whatever features. There may be an intent that it will hold "about" some amount of water, but it might not be worth tweaking the design further to get the volume to a specific number.
Re: TJIL literally any size oz, brands are selling waterbottles. Anyone explain why?
#51 floz is close enough to 25ml that so long as a product is produced in 25ml increments you can essentially find it in integer floz increments.
Re: TJIL literally any size oz, brands are selling waterbottles. Anyone explain why?
#6Most products measured in fluid ounces are actually rounded from ml. 1 floz is close enough to 25ml that so long as a product is produced in 25ml increments you can essentially find it in integer floz increments.
Yet seems it's still true after ignoring all scams! (eg 19 oz dri-duck, 27 oz siccup, 33 oz eddie-bauer)
[what more, I wonder if that's true too for 0.5 + any floz]