BI GROW MIX potting soil in 50-litre bags - ATAMI

Atami Bi Growmix in a 50 litre bag - loose and organically pre-fertilized soil.

The Atami Bi-Growmix is ​​a particularly sustainable product from the Atami range. This peat mixture consists of 75% peat and 25% coconut fiber. Apart from additives to stabilize the soil quality and to feed the plants, no other substances are included. This also means that no perlite is used in the mixture.

The coconut in the substrate mixture is of course of the usual quality that you would expect from Atami. The coconut pulp used comes exclusively from agricultural sources.

The peat consists of various types and is produced specifically for this purpose from agriculturally cultivated sphagnum moss. This sphagnum cultivation (or peat farming) is currently the most environmentally friendly and sustainable form of peat extraction. Already exploited moorland areas are re-wetted. This creates an appropriate subsoil for sphagnum cultivation. The CO² emissions of the previously drained moorland areas are significantly reduced through this practice and a new, moor-like cultural landscape is created. This also revives exploited moorland areas, at least partially.

Atami Bi-Growmix is ​​organic and pre-fertilized for a period of 2 to 4 weeks. After this time, liquid fertilizer should be added until the breeding period is over. The substrate mixture can store more water and more air than would be possible for a pure peat substrate. The buffering effect that peat substrate has on the EC and PH value in the nutrient solution is practically retained. In addition, Atami Bi-Growmix does not collapse and thus maintains the positive soil properties until the end of the breeding period.

Atami Bi-Growmix at a glance:

• Product size: 50 litre bag
• EC value: 1.25 - 1.5
• light and airy structure
• does not collapse during the breeding period
• pre-fertilized for 2 to 4 weeks
• Better air and water storage than conventional peat substrates
• sustainably produced sphagnum peat from agriculture
• Coconut pulp from agricultural sources