Dilution Ratios Made Easy - Pro-Blend Bottle Proportioner

Pro-Blend Bottle Proportioner
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Timestamps
0:00 - Intro
0:31 - How to Calculate dilution ratios
2:46 - Outro

[@MikeGDetailing]

These do come in handy. Been using them for years.

[@henrycollins2478]

Great product, super helpful.

[@jaggyy69]

Works great for my cannabis nutrients!

[@jordandodds147]

So you leave it the bottles? Or do you have to take them out to avoid chemicals eating the pro blend?

[@aarongonzalez2156]

For Koch chemie bottles do you use the gallon or quart ?

[@kevinduran6517]

Quart

[@stephenleach4808]

You might want to check your math. Your description of a 1:10 dilution is incorrect. A 1:10 dilution is 1 part product in 9 parts water (or diluent) for a total of 10 parts . It might not really matter that you are doing a 1:11 dilution for these products, but for other products it certainly can make a difference.

[@BenFenner]

Nope, a 1:10 dilution ratio (or ratio in general) means one of thing "A" for every 10 of other thing "B" for a total of 11 things. So it would be 1 part soap and 10 parts water for a total of 11 "parts". Maybe a simpler way to convince you is to use the 1:1 soap/water ratio as an example. This means you have one part of soap for every one part of water. Essentially a 50%/50% mix of soap and water. So for example maybe 1ml of soap for every 1ml of water. This means you have 2ml of total liquid volume. If what you are describing is true then there would be no such thing as a 1:1 ratio since I guess it would equate to 0 parts?

[@stephenleach4808]

@@BenFenner I guess I was thinking of dilution factor, not dilution ratio. I work in a laboratory environment, and we only use dilution factors, not dilution ratios. What he is describing is correct for dilution ratio, my bad. en.wikipedia.org/wiki/Dilution_ratio

[@Jeeper1378]

@@BenFenner interesting i never really put that much thought into it. The popular (i believe) Chemical guys “dilution ratio” chart out there .. for example.. says 2.9oz product into 29.1oz water for 1:10. So this would be dilution factor going by the wiki link he posted.