Products


MICROSAP®
458

FLUID MICROELEMENT BLEND
Copper (Cu), oxychloride sulfate, and Zinc (Zn) sulfate with activator


Total Copper (Cu) oxychloride sulfate................... 3.5%
Water soluble Zinc (Zn) sulphate .......................... 1%
Activated with 0.1% humic extracts from leonardite. Extraction medium: KOH..

AVAILABLE FORMATS:
1KG - 5KG


Copper Sulfate Pentahydrate:
CAS 7758-99-8
Zinc Sulfate Heptahydrate:
CAS 7446-19-7
Copper Chloride Trihydroxide:
CAS 1332-65-6
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CHARACTERISTICS
MICROSAP® 458 is a cutting-edge product for a fertilization strategy that ensures healthy and balanced plant growth.
MICROSAP® 458 is a product based on microelements that, thanks to the combined action with the Microsap® microcrystals activated using humic substances rich in carbon, helps the plant to overcome stress.

DIRECTIONS FOR USE AND DOSAGE
VINES
1,5 Kg/ha
Use a minimum of 400-600 L water/hectare per application. Respecting a time interval of 7 – 10 days between one application and the other.
FRUIT TREES
2,5 Kg/ha
Use a minimum of 600-1,000 L water/hectare per application. Respecting a time interval of 7 – 10 days between one application and the other.
GRAPES
1,5 Kg/ha
Use a minimum of 400-600 L water/hectare per application. Respecting a time interval of 7 – 10 days between one application and the other.
HORTICULTURAL CROPS
2 - 3 Kg/ha
Use a minimum of 400-600 L water/hectare per application. Respecting a time interval of 7 – 10 days between one application and the other.

Pour the product into the sprayer tank and reach the required volume with water.

SHAKE WELL BEFORE USE
It is recommended working with a solution at 5.8 ÷ 6.5 pH

WARNINGS
To be used only in case of need.
Do not exceed the appropriate dosage. Product is stable at standard temperature and pressure. Do not mix product with EC formulations. Store at a temperature ranging between 5 °C and 30 °C. In case of spillage collect using sawdust and/or sand.

CHEMICAL-PHYSICAL PROPERTIES

pH------------------------------------- 4,3 ± 0,5
Specific weight (at 20 °C) -------1,12 Kg/L