Phat
17648
Phat Diesel Filter 839 38 mm Carbon Bed
Packed full with the very best carbon on the market…
How do we know? Simple math.
Carbon Quantity x Carbon Quality = Filter Capacity
QUANTITY: the size we claim is in fact the actual size, not a “rounded-up” dimension to make it seem bigger. So it stands to reason that we can obviously pack more carbon into our filters than some others can claim.
QUALITY: also backed up by math and science too. ADsorption Yield (adsorption with a “d”) is the key. It tells you how good the carbon is. So how do you find the Adsorption Yield?
It’s an easy equation: Dry Apparent Density x Butane Number = Adsorption yield
A high adsorption yield number equals a greater capacity to adsorb odors, which in turn means the filter is of higher quality and will sustain a longer life-span. This is critical when choosing a quality carbon filter like a filter
Packed full with the very best carbon on the market…
How do we know? Simple math.
Carbon Quantity x Carbon Quality = Filter Capacity
How do we know? Simple math.
Carbon Quantity x Carbon Quality = Filter Capacity
QUANTITY: the size we claim is in fact the actual size, not a “rounded-up” dimension to make it seem bigger. So it stands to reason that we can obviously pack more carbon into our filters than some others can claim.
QUALITY: also backed up by math and science too. ADsorption Yield (adsorption with a “d”) is the key. It tells you how good the carbon is. So how do you find the Adsorption Yield?
It’s an easy equation: Dry Apparent Density x Butane Number = Adsorption yield
A high adsorption yield number equals a greater capacity to adsorb odors, which in turn means the filter is of higher quality and will sustain a longer life-span. This is critical when choosing a quality carbon filter like a filter
Packed full with the very best carbon on the market…
How do we know? Simple math.
Carbon Quantity x Carbon Quality = Filter Capacity
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