Bell Nursery in Ohio is finding success with HydraFiber during the short-day growing season because of the substrate's effective water-holding capacity. Read the case study and learn why HydraFiber allows for less frequent waterings.

Growers are leaving behind perlite and adopting HydraFiber because it has less dust, no shortage worries and allows more efficient use of labor and space.

As perlite supplies become more scarce and costs go up, leading growers are switching to engineered-fiber HydraFiber as the high-quality, cost-effective alternative.

Para aquellos que son nuevos en el cultivo con HydraFiber, este video presenta las mejores prácticas culturales y consejos de gestión del agua.

For those new to growing with HydraFiber, this video introduces the best cultural practices and water management tips.

A University of New Hampshire study tests how to manage pH levels among substrates.

Lime rate study detailing how increasing the amount of HydraFiber in your mix, and decreasing peat, reduces the amount of lime needed to maintain pH levels.

Daniel Norden's spring production webinar sharing HydraFiber production tips to make a seamless transition to HydraFiber.

Trial data analyzing propagation with HydraFiber, showing how HydraFiber generates extra air space in soil, allowing for great rooting.

An overview of the benefits HydraFiber can bring to your greenhouse, including better plants and better margins.

An explanation of why there is no nitrogen draw down with HydraFiber, at the correct rates.

An overview of the characteristics of HydraFiber and how that allows for higher air space and water-holding capacity.

A study demonstrates how HydraFiber requires less lime to manage pH than peat.