HydraFiber Physical Characteristics
A short overview of the physical and chemical characteristics of HydraFiber and how that impacts the air space and water-holding capacity of the mix.
A short overview of the physical and chemical characteristics of HydraFiber and how that impacts the air space and water-holding capacity of the mix.
“You’re getting the same thing you’re getting from perlite or vermiculite, but you’re also getting more air porosity, more water-holding capacity, and better plant performance, so it really makes sense to switch to a HydraFiber blend.”
"The biggest efficiency is space savings. We're able to bring in 3 to 4 loads of compressed HydraFiber vs. 30 to 40 of perlite."
"Previously when we would move some of our dormant grass liners to heat, we would see tremendous top growth, but rooting would lag behind and there’s not much you can do to enhance plant quality without good roots. When we moved these liners to a HydraFiber blend, we had a very successful crop – plants grew uniformly and we had good root quality throughout the crop across various varieties.”
"HydraFiber does definitely wet easier than our other mixes…it has helped us get plants wetter right after transplant. We have not changed anything in our fertilization program, which has been an easy transition. Everything we have done so far with HydraFiber, we have not seen any issues with any plant having any adverse conditions at all."
“Our basil crop finished five days earlier when we trialed in a blend with 30% HydraFiber Ultra 160WB in place of perlite. We’re working closely with their team now to make the full switch to HydraFiber by Fall 2020.”
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