NPK 20:20:20 Agrovert Fertilizer (Foliar)

Description

NPK 20:20:20 Agrovert Fertilizer (Foliar)

NPK 20:20:20 Agrovert Foliar Fertilizer contains 20% nitrogen, 20% phosphorus and 20% potassium. It is a garden fertilizer produced by Van Iperen Company in the Netherlands. NPK 20:20:20 Agrovert Foliar Fertilizer is a multi-purpose 100% soluble premium fertilizer that provides a balanced formula for your vegetable plants.

Benefits of Using NPK 20:20:20

• It encourages the formation of seed germination.
• It accelerates root formation and development. As a result, it provides a good flowering and fruit formation.
• Highly efficient and encourages the formation of high-quality products.
• It increases the plant’s resistance to cold and drought. It is recommended that the fertilizer is used during the plant growth cycle.
• The fertilizers are 100% soluble, containing all the three major plant nutrients viz. nitrogen, phosphorus, and potash in equal proportion.
• Low salt content prevents clogging of the drip system.
• Nutrient loss is avoided due to the unique way of application, thus enhancing nutrient use efficiency.
• Free-flowing and easy to handle.

Application

It can be applied as a solution to the root zone or as a foliar application. For backpack or handheld sprayers, use at the rate of 4 teaspoons per 16l knapsack sprayer.

• Note: If used for fertigation, the number of applications depends on the crop.

Fertigation

Fertigation is the injection of fertilizers used for soil amendments, water amendments and other water-soluble products into an irrigation system. It is practiced extensively in commercial agriculture and horticulture. Fertigation is used to add additional nutrients or to correct nutrient deficiencies in nutrient-deficient plants. It is usually practiced on high-value crops such as vegetables, turf, fruit trees, and ornamentals.

Benefits of Using Fertigation

• Increased nutrient absorption by plants.

• Accurate placement of nutrients, where the water goes the nutrient goes as well.
• Reduction of fertilizer, chemicals, and water needed.
• Reduced leaching of chemicals into the water supply.
• Reduced water consumption due to the plant’s increased root mass’s ability to trap and hold water.
• The application of nutrients can be controlled at a precise time and rate necessary.
• Minimized risk of the roots contracting soil-borne diseases through the contaminated soil.
• Reduction of soil erosion issues as the nutrients are pumped through the water drip system.