MIN PLUS
Ideal mineral mixture for fish and shrimps
A balanced mineral and amino acid supplement designed to support plankton growth, improve feed conversion and weight gain, and enhance overall mineral availability and nutritional performance in fish and shrimp.
Micro & Macro Minerals for idealizing sea water concentrations of Calcium, Magnesium, Potassium, Phosphorus, Iodine, Copper, Manganese, Cobalt, Zinc, Iron, Aluminium, Selenium, Molybdenum, Chloride, Sulphate with DL-Methionine and L-Lysine.
Frequently Asked Questions
What is Min Plus?
It is an ideal, scientifically formulated mineral mixture tailored perfectly for fish and shrimp cultures.
What makes its composition unique?
It features a comprehensive blend of macro and micro minerals perfectly balanced to match the biological needs of aquatic species.
What specific physical issues does it target?
It acts as a direct countermeasure against muscle cramps, white muscle syndrome, and poor exoskeleton formation
How does it affect fish growth?
It ensures robust skeletal development, prevents structural deformities, and improves metabolic vitality in finfish.
How does it benefit shrimp during the molt cycle?
It provides the essential ambient ions required for shrimp to swiftly harden their new shells within hours of shedding.
What is the standard application dosage?
The general recommendation is 10 kg per acre applied directly to the pond water every 10–15 days.
Can the dosage be increased during emergencies?
Yes, if widespread muscle cramping or soft-shell issues are observed, the frequency can be increased to every 3–5 days.
Does it dissolve easily in pond water?
Yes, it is processed for high solubility, ensuring the minerals disperse evenly throughout the water column rather than sinking as dead waste.
Does it work well in freshwater aquaculture?
Yes, it is incredibly valuable in freshwater ponds to supplement ions that are naturally missing compared to seawater.
Can it be mixed into feed?
Yes, while primarily a water conditioner, it can be top-dressed onto feed during periods of extreme mineral depletion.