RaiKat Development

Biostimulation Excellence from Atlantica Agricola

«Raicat Development» is a cornerstone product from the Spanish manufacturer Atlantica Agricola, designed specifically for intensive horticulture. Marketed as a premium organo-mineral fertilizer, it transcends simple plant nutrition by providing a comprehensive biostimulant complex that helps crops overcome environmental stressors and unlock their full growth potential during the most critical phenological stages.

A Science-Backed Formulation

The efficacy of «Raicat Development» lies in its sophisticated synergy of bioactive compounds. By harnessing the properties of marine algae—specifically alginates, laminarin, and polysaccharides—the product acts as an immediate metabolic trigger. This is further enhanced by an amino acid blend (glycine and lysine) and a potent vitamin complex, ensuring that plants receive all necessary building blocks for protein synthesis.

• Nitrogen (N) (5–10%): Drives healthy vegetative growth and photosynthesis.
• Phosphorus (P2O5) and Potassium (K2O) (1–5%): Supports root system integrity and early-stage fruit set.
• Cytokinins: Natural hormones that promote cell division, essential for rapid development in apples, strawberries, and currants.

Field Application and Strategy

Designed for professional use, this liquid formulation is highly versatile in the field. It is engineered for both foliar applications and combined feeding programs. A typical dosage of 1–3 kg/ha, with a maximum of three treatments per season, provides the plant with consistent metabolic support. Because it is highly compatible with other agrochemicals, it seamlessly fits into existing spray programs, allowing farmers to reduce the number of tractor passes while maximizing results.

For growers focusing on ornamental nurseries or high-yield berry farms, «Raicat Development» offers a clear competitive advantage. It bridges the gap between basic fertilization and yield optimization, ensuring that crops like strawberries and currants maintain vitality, even when facing significant abiotic pressure.