Javier Paloma, Director of Agronomic Innovation at the Fertiberia Group, delves into the features of the Neoforce line.
What sets your biotechnological solutions apart from others on the market?
The Neoforce line represents a significant breakthrough thanks to the incorporation of Care technology. Its main difference compared to other offerings lies in the use of microbial consortia instead of individual microorganisms.
Each Neoforce formulation is developed with an exclusive consortium of microbial strains, rigorously selected by Fertiberia’s R&D team. This selection not only considers the individual effectiveness of each strain but also their compatibility and functional synergy.
One of the key differentiators is the high concentration of viable microorganisms. This dense microbial population ensures efficient colonisation of the rhizosphere, promoting significant improvements in nutrition, biostimulation, and plant protection against stress conditions.
What is Care technology?
Care technology acts as an active protective shield for both the plant and the soil microbiome. It balances the agricultural ecosystem—plant, soil, and environment—by not only supporting the crop but also restoring the broader agroecosystem.
Which products make up the Neoforce line with Care technology?
The Neoforce Care line consists of four product categories:
– Bioprotectors (natural defence and immune boost): Neoforce Attacker, Neoforce Defender, and Neoforce Protector
– Biofertilisers (optimised nutrition with live microorganisms): Neoforce N Fixer, Neoforce Improver, and Neoforce Recover
– Biostimulants (strong roots, healthy soil): Neoforce Soil
– Biotechnological nutrition (integrated vigour and defence): Neoforce Blocker, Neoforce Prime, and Neoforce Ranger
Do you plan to expand the Neoforce line with more solutions?
We’ve expanded the range with five new plant nutrition solutions. These products incorporate AntiOX technology, which has proven to be unmatched in protecting crops against stress. It enhances performance under extreme abiotic conditions, boosts photosynthetic rates and root absorption, and strengthens the vascular system—both in favourable climates and under abiotic stress conditions.
