Fiber network
Interwoven fibers form the pellet's internal frame.

INTON GLOBAL is a compact pellet made from natural sheep wool, for local application at the root zone.
Not a list of promises, but a specific material form: what's applied, where it ends up, and what determines the application scheme.


The internal network of wool fibers defines how the pellet behaves. Water enters the space between the fibers.

Interwoven fibers form the pellet's internal frame.
Micro-cavities between fibers absorb water on contact.
The pellet swells roughly 3× on contact with water.
As the soil dries, the pellet gradually releases stored moisture back to the roots.
The product is placed where the root system forms. The method is chosen for the planting technique, not the field size.

Pellets are placed within the future root zone and covered with soil.

Pellets go in along the planting line, at root-zone depth.

Pellets are mixed evenly into the substrate before planting.
A universal rate without context is misleading. We fix the conditions first, then run a pilot and refine the working scheme.



INTON GLOBAL shouldn't be treated as a universal replacement for the whole nutrition system. Its role and compatibility with the current agrotechnology are defined per crop.
Placement is calculated relative to the roots and the wetting zone. For drip systems, we factor in emitter spacing, plant spacing, and watering schedule.
No complex equipment is needed for a pilot-scale local application. Mechanization for larger volumes is worked out around the farm's existing process.
By crop, root-zone volume, soil, climate, and irrigation method. The working rate is confirmed on a pilot plot.
Yes, that's one of the possible scenarios. The material ratio and mixing uniformity are set before scaling up.
The natural material gradually becomes part of the soil cycle. The speed depends on moisture, temperature, and soil biological activity.

Tell us about your crop, irrigation method, and expected volume. We'll propose a format for the first trial.