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.

Type and cycle length
Zone volume and depth
Density and water regime
Method and current frequency
Temperature and moisture deficit
Gather baseline data
Define placement
Test on-site
Lock in the working rate
No. INTON GLOBAL is an organic soil conditioner that physically retains moisture and improves soil structure. It is fully compatible with standard crop nutrition systems and liquid mineral fertilizers, helping protect nutrients from being washed out of the root zone.
Yes — this is an ideal use case. Pellets are placed directly beneath the emitters in the zone of maximum wetting. The product stores supplied water, reduces irrigation frequency and can cut electricity and pumping costs by up to 2×.Important: reduce the volume of water supplied proportionally to avoid overwatering and root-zone waterlogging.
No. The pellets' geometry and density are designed for compatibility with standard agricultural seeders and spreaders already used by commercial farms. Mechanized application at larger volumes can be integrated into existing operating processes.
The baseline recommendation is 50 grams per plant for tomatoes, cucumbers, flowers and other vegetable crops, and 200 grams per fruit tree. The exact commercial-scale rate depends on soil type and climate and should be confirmed through a preliminary small-scale field test.
Yes. Mixing pellets into soil is a standard method for preparing greenhouse beds and filling planting holes. The pellets expand up to threefold when wet, so even distribution through the substrate improves porosity and oxygen access to roots.
After 10–12 months, the pellets fully biodegrade in the soil. The product is 100% natural, leaves no toxic microplastics and permanently improves soil structure, water capacity and aeration.
Because the wool is not chemically washed, its natural lanolin remains in the pellets and acts as a natural repellent. Pellets are always covered with 5–7 cm of soil, so no lanolin smell remains at the surface. High-temperature processing destroys pathogens, infections and weed seeds, making the product sterile and safe.
When kept dry in the original industrial packaging, the pellets have a virtually unlimited shelf life and retain their physical and mechanical properties for years. They tolerate high warehouse temperatures; the key requirement is protection from direct moisture before application.

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