Foliar Fertilizer

Optimizing consumption to reduce emissions, save costs, and invest in the future.

Foli Cabomin Vel

Foliar Fertilizer

Foli Cabomin Vel is a concentrated organic biostimulant produced from hydrolysed protein and fortified with calcium and boron, combining ready-made amino acids with the two nutrients most tied to structural quality and reproductive development. It carries 27% organic matter with 13.5% free amino acids, alongside 10.8% CaO and 0.6% boron, the highest boron share in […]

LS CalciBo Liquid

Foliar Fertilizer

LS CalciBo Liquid carries the highest calcium load in the range, 16% CaO, paired with boron and a fast-available nitrate nitrogen (N-NO3) carrier. The pairing is deliberate: calcium and boron both cross-link pectin in the cell wall, so together they reinforce tissue structure more directly than calcium alone, while boron’s added role in pollen germination […]

LS Calcimag Liquid

Foliar Fertilizer

LS Calcimag Liquid is a concentrated liquid fertilizer built on a lean calcium-magnesium-nitrate base: 12.5% CaO and 2.5% MgO carried in a fast-available nitrate nitrogen (N-NO3) solution. Because the nitrogen is entirely nitrate-form, the plant takes it up quickly, moving calcium and magnesium into active growth alongside it. LS Calcimag Liquid delivers structural calcium and […]

LS CalcimagBo TE Liquid

Foliar Fertilizer

LS CalcimagBo TE Liquid shares its calcium-magnesium-nitrate base with the wider Calcimag range but shifts the trace element package toward boron, carried at 0.3%, six times the share in the standard TE grade. That shift makes LS CalcimagBo TE Liquid the grade to choose when flowering and fruit set are the priority: boron governs pollen […]

LS Calcimag TE Liquid

Foliar Fertilizer

LS Calcimag TE Liquid pairs a calcium-magnesium-nitrate base with a full trace element package, iron, zinc, manganese, copper, boron, and molybdenum, in one liquid feed. Zinc carries the largest share of the micronutrient package at 0.4%, reflecting the grade’s emphasis on correcting the deficiency that most often limits enzyme activity and shoot growth, alongside the […]