Hello,
Well, here is a question that is causing me to scratch my head - something for the more technical of you out there to help me finalise! (Yes, I know I am obsessed with filters! 🙂)
In the Oase Biomaster (but it can be any canister filter with trays for media), some trays come with 800ml of HELX-13 plastic media, and some trays come with 20PPI foam. Now, my question is whether 800ml of HELX-13 (similar to K1) will be as good at providing a surface area compared to the sponges - which I measured the sponges to be around 70 square inches in size when you take away the cut-outs.
The sponge is the easier part of calculating surface area per volume. But how would one calculate the surface area that HELX-13/K1 media provides at 1 litre, 5 litres, 10 litres etc? I did a rough calculation that 800ml equates to 49 square inches using an online calculator - but that might be for liquid, so I'm not sure whether that would be a fair calculation.
Does anyone have some experience (and a technical mind!) for working this little puzzle out?
Thanks,
Brad
Well, here is a question that is causing me to scratch my head - something for the more technical of you out there to help me finalise! (Yes, I know I am obsessed with filters! 🙂)
In the Oase Biomaster (but it can be any canister filter with trays for media), some trays come with 800ml of HELX-13 plastic media, and some trays come with 20PPI foam. Now, my question is whether 800ml of HELX-13 (similar to K1) will be as good at providing a surface area compared to the sponges - which I measured the sponges to be around 70 square inches in size when you take away the cut-outs.
The sponge is the easier part of calculating surface area per volume. But how would one calculate the surface area that HELX-13/K1 media provides at 1 litre, 5 litres, 10 litres etc? I did a rough calculation that 800ml equates to 49 square inches using an online calculator - but that might be for liquid, so I'm not sure whether that would be a fair calculation.
Does anyone have some experience (and a technical mind!) for working this little puzzle out?
Thanks,
Brad
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