Diahydro® High Performance Soil Amendment is granulated and calcined at high temperatures in order to maximise its benefits.

Key Benefits of Diahydro® High Performance Soil Amendment:

•     High porosity.
•     High water retention.
•     Lower bulk density than other soil amendments.
•     Buffering of soil temperature.
•     Improves roots.
•     Maintains structure/does not compact.
•     Decreases number of pathogens in soil.
•     Flushes salts from soil.
•     High silica strengthens roots.

How does Diahydro® work?

  Diahydro® is an indispensable ally in obtaining a quality lawn (it provides air and saves water).

  Diahydro® is an organic, natural and ecological soil amendment made from 100% calcined diatomite.

Thanks to the very unique structure at a microscopic level, Diahydro® High Performance Soil Amendment stores and regulates the air and water in the soil as well as providing them as needed to the plant. Diatomite is a naturally porous material, comprised of various micro-compartments which enable the material to act as a sponge.

Seasonal uses for Diahydro® as a Soil Amendment:

In the summer, Diahydro® acts like millions of sponges. It’s storing capacity is 130% (in % of dry weight) and it’s capacity of water restitution to the plant is 94%. Furthermore, Diahydro® allows an even distribution of water in the soil thus reducing watering needs.

In the winter, Diahydro® brings air into the soil which ensures the development of deep roots, improves draining properties, maintains the population of useful micro-organisms and buffers soil temperatures.

Applications:

•     Creation of sport lawns in natural turf.
•     Refurbishement, improvement of the sensitive areas (bad draining, shaded areas)
•     The use of Diahydro® is also very useful for all green spaces (arboretums, trees, gardens).

Implementation:

    In creation, mechanical mixing in the top 15 cm of the substrate by using 2kg of Diahydro® by m².

    During maintenance work, application of Diahydro® during an aeration, with 300 to 500 gr per m².