Fruitify

Description

Cutting-Edge Calcium Technology for Enhanced Plant Nutrition

Fruitify leverages the most advanced calcium technology available, utilising a sophisticated formulation where essential nutrients are complexed with an organic sugar alcohol. This innovation creates a highly effective foliar fertiliser with a small molecular size
and a specialised delivery system. The inclusion of humectants, spreading agents, and penetrants ensures that the nutrients are efficiently mobilised throughout the plant.

Key Features of Fruitify:

Enhanced Calcium Uptake:?Elevates tissue calcium levels, boosting disease resistance and drought tolerance.
Improved Cell Structure:?Strengthens cell walls, contributing to overall plant robustness.
Growth Support:?Aids in early vegetative growth and development of reproductive structures.
Fruit Quality Enhancement:?Improves the overall quality, weight, and texture of fruits.
Advanced Nutrient Delivery:?Includes leaf penetrants and translocation aids to optimise foliar and systemic nutrient uptake.
Complete Nutrient Availability:?Provides 100% plant-available nutrients through the Fruitify delivery system.

Additionally, Fruitify incorporates a diverse blend of trace elements essential for fruit development, including manganese, zinc, iron, boron, and copper. The formulation utilises a complex array of heptonate sequestrants, sugar alcohol chelates, amino acid chelates, advanced fulvic acid extracts, and saponins, ensuring that these trace elements are delivered in a form that is fully compatible with the plant?s biological processes. This combination supports plant function through the major growth stages of the season, enhancing overall performance and productivity.

Manganese:?Vital for the process of water hydrolysis and carbohydrate metabolism.
Zinc:?Essential for the production of growth hormones and carbohydrate conversion.
Iron:?A critical component of numerous enzymes
involved in plant metabolism.
Boron:?Important for the movement of sugars within the plant and effective utilisation of calcium, playing a key role in fruit formation.
Iron:?A key component of enzymes involved in chlorophyll synthesis and overall plant metabolism.
Copper:?Enhances plant elasticity and provides natural fungicidal properties.