Micronutrient Fertilizers
MICROMIX COMBI
MICROMIX COMBI delivers the full set of crop micronutrients, iron, manganese, zinc, copper, boron and molybdenum, in EDTA-chelated microgranule form, with several grades adding a magnesium and sulphur base. Each grade is a compound microgranule rather than a physical blend of separate single-nutrient particles: every granule carries the complete nutrient set in fixed ratio, so […]
SM Cu EDTA 15%
SM Cu EDTA 15% supplies copper, a highly active redox metal the plant needs for lignified cell walls and fertile pollen, in a fully EDTA-chelated and available form. Copper takes part in photosynthesis, respiration, and carbon and nitrogen metabolism, and its shortage shows as distorted young leaves, twisted stems, poor pollen, and reduced seed-set. By […]
SM Zn EDTA 15%
SM Zn EDTA 15% supplies zinc, the micronutrient behind protein synthesis, gene expression, and the auxin that drives shoot extension, in a fully EDTA-chelated and plant-available form. Zinc deficiency is widespread on weathered acid soils and on calcareous soils, where the element binds to clay and carbonate and triggers shortened internodes, small leaves, and rosetting. […]
SM Mn EDTA 13%
SM Mn EDTA 13% supplies manganese, an enzyme cofactor the plant needs in small but non-negotiable amounts, in a fully EDTA-chelated and immediately available form. Manganese is most often deficient on leached, sandy, or high-pH soils where it converts to forms roots cannot reach, producing interveinal chlorosis on younger leaves and greyish patches on the […]
SM Fe EDDHA 6%
SM Fe EDDHA 6% delivers iron in an EDDHA chelate that stays stable in exactly the conditions where most iron sources fail: alkaline, calcareous, and bicarbonate-rich soils. On these soils iron is rapidly oxidised and locked into insoluble hydroxides, and weaker chelates such as EDTA release their iron once the pH climbs above roughly seven. […]
SM Fe EDTA 13%
SM Fe EDTA 13% supplies iron in a fully EDTA-chelated form, the nutrient most often locked away from roots even when it is abundant in the soil. Iron turns insoluble as Fe3+ in aerated, alkaline, or bicarbonate-rich conditions, which is why interveinal chlorosis on young leaves is one of the most common micronutrient disorders in […]