C3 – PUSHPA

Price: ₹380.00/
MRP: ₹510.00
Discount: 34%

C3-PUSHPA is a new micronutrient in liquid form made with cutting-edge technology to help get rid of nutrient deficiencies and make plants grow better overall. It has a perfectly balanced combination… Read More


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Specifications


Manufacturer

Complete Crop Care

Suitable crops

All crops

Organic/ Inorganic

Organic

Composition

Zinc, Ferrous, Manganese, Boron

Type

fertilizer

Available form

Liquid

Solubility in water

Soluble

Method of application

Soil Application, Foliar spray

Application dosage

None

Quantity per acre

500 ml per acre (spray in 200 L water)

Description


C3-PUSHPA is a scientifically developed foliar micronutrient solution designed to improve crop health and production by efficiently helping the plant correct micronutrient deficiency. The chelation process allows for rapid absorption and transportation throughout the plant, promoting root development and increased chlorophyll abundance and increasing vegetative growth and flowering. Improved vegetative growth supports better fruiting and flowering and thus improves potential yields and produces superior quality. Using C3-PUSHPA regularly increases crop yield and allows for better overall plant health, greater tolerance to environmental stresses, and increased uniformity of produce; therefore, it is an essential component of modern sustainable crop production systems. C3-PUSHPA is a scientifically developed foliar micronutrient solution designed to improve crop health and production by efficiently helping the plant correct micronutrient deficiency. The chelation process allows for rapid absorption and transportation throughout the plant, promoting root development and increased chlorophyll abundance and increasing vegetative growth and flowering. Improved vegetative growth supports better fruiting and flowering and thus improves potential yields and produces superior quality. Using C3-PUSHPA regularly increases crop yield and allows for better overall plant health, greater tolerance to environmental stresses, and increased uniformity of produce; therefore, it is an essential component of modern sustainable crop production systems.