8-10mm, 8-16mm, 10-30mm Pebbles en argile expansé Hydroton Leca

Mother Earth Hydroton Original The original Hydroton brand expanded clay is a unique, lightweight expanded clay aggregate made in Germany. This natural clay is mined, formed into pellets, then kiln fired at high temperatures to cause the clay to expand into tough, lightweight balls. Clay naturally has balanced capillary action, with an ideal surface structure. Hydroton brand expanded clay is semi-porous and generally does not float like other products can.

Mother Earth - Hydroton Original 10 Liter

Halatool 6 LB Organic Clay Pebbles 4mm-16mm Leca for

8-10mm, 8-16mm, 10-30mm Expanded Clay Pebbles Hydroton Leca for

Riare 8 LBS Organic Expanded Clay Pebbles for Plants

Mother Earth Hydroton Original Clay Pebbles 1 in the Hydroponic

BAY HYDRO LLC Ships in 24 HOURS, Don't believe the Estimated Date, As we are SUPER FAST The Original GIANT Hydroton brand expanded clay is a unique,

Hydroton 8L Giant Clay Pebbles Hydroponic 8 Liters of Expanded Rocks

Hydroton - a soil-less hydroponic growing medium

The original hydroton Brand expanded clay is a unique, lightweight expanded clay aggregate made in Germany This natural clay is mined, formed into

Mother Earth Hydroton Original Clay Pebbles - 10 Liter, Lightweight Expanded Clay Aggregate

2 lbs xGarden LECA Expanded Clay Pebbles

Hydroponic Clay Pebbles 4lbs 8mm -16mm Organic

Mother Earth Hydroton Original Clay Pebbles - 10 Liter

Mother Earth Hydroton Original Clay Pebbles - 10 Liter

Liaflor Hydroton Leca (Lightweight Expanded Clay Expanded) is a premium porous clay pebble that holds water and nutrients.

Liaflor LECA | Liaflor Hydroton (10L) 4-8mm / 8-16mm in size | Ideal for Hydroponics | Clay Balls

8-10mm, 8-16mm, 10-30mm Expanded Clay Pebbles Hydroton Leca for

GROW! T horticultural clay pebbles are made from 100% natural clay. They are clean, pH stable, and offer great aeration and drainage in hydroponics, especially in flood and drain, deep water culture, and drip feed systems. Due to their unique structure and ability to cover a large surface area, they offer the ideal environment to foster beneficial bacterial growth around the root zone, leading to naturally healthier plants.