1、Synchronization of zinc and boron application methods and rates for

High soil pH and phosphorus fertilizers are major causes that restrict the bioavailability of micronutrients, such as zinc (Zn) and boron (B). In addition, low or no micronutrient application may create severe Zn and B deficiency in fruits, especially mango.

2、Influence of boron and zinc on yield, nutrient uptake and quality of

The result suggests that combined application of B 2 kg ha −1 and Zn 3 kg ha −1 can increase the quantity and quality of strawberry fruit. The present findings may have potential for the area where imbalance uses of boron and zinc fertilizer in strawberry cultivation.

3、Miller Boro Zinc™ 10

Miller Boro Zinc ™ 10-10 is a highly soluble specialty fertilizer. It is recommended for foliar applications and is compatible with most existing fungicides and insecticides on the market.

4、Zinc Fact Sheet: Zinc Fertilizer Overview

treated with zinc-containing fertilizers. Several diferent zinc compounds are used as fertilizers, but zinc sulphat is by far the most widely used material. Because of the varied soil conditions under which zinc can be deficient, it is always best to identify and tre

384

Zinc and boron are necessary to boost crop quality, productivity, and growth in a variety of crops. However, there are differences in the most effective rates and techniques for application, foliar and soil-based treatments significantly increase productivity.

010477

Agronomically speaking, the ideal B management program should consider factors such as crop, soil type, environment and B fertilizer source. Any source that contains B in the form of sodium borate is considered highly soluble with commercially available products in both dry and liquid forms.

BORON

Granular boron fertilisers that are more suited to mechanical application and use in blends with other granular fertilisers are used if boron is to be applied dry to the soil; and more soluble boron compounds with a finer particle size if boron is to be applied in solution.

Zinc Boron Fertilizer for Impressive Yields

Simply apply it at a 2% maximum solution concentration two to three times throughout the growing season, and watch your plants thrive. Why Choose a Zinc Boron Fertilizer? Boron is crucial in plant pollination and fertilization, improving root growth, and preventing stem cavities.

How to Apply Boron Fertilizer? The Ultimate Guide

Boron fertilizer application rates vary depending on the crop, soil type, and existing boron levels. It is essential to consult soil test results and crop-specific recommendations for determining the appropriate boron application rate.

Zincbor

Inorganic micro-nutrient fertilizers – Solid or fluid mixtures of micro-nutrients. ZINCBOR prevents deficiencies in Boron, Zinc and Sulphur. It is ideally formulated for fruit trees sensitive to Boron and Zinc elements.

Boron-zinc fertilizer is a compound fertilizer primarily used to supplement plants with essential boron and zinc micronutrients. Boron is a critical micronutrient for plant growth and development, playing key roles in promoting reproductive growth, enhancing disease resistance, and improving fruit quality. Zinc is another vital micronutrient involved in metabolic processes within plants, influencing growth, development, and disease resistance.

I. Application Rates of Boron-Zinc Fertilizer

1. Timing of Application Boron-zinc fertilizer should be applied during periods of active plant growth, such as bud break in spring, peak growth in summer, and fruit enlargement in autumn. Before application, conduct soil tests to determine boron and zinc levels, as well as crop nutrient requirements, to ensure rational usage.

2. Application Methods

   • Standalone Use: Apply via ditch or hole placement, spreading the fertilizer evenly around the root zone.
   • Mixed with Other Fertilizers: Dissolve boron-zinc fertilizer in water first, then thoroughly mix it with other fertilizers before application.

3. Dosage The appropriate dosage depends on soil conditions, crop type, and growth stage. Generally, 5–10 kg per mu (approximately 0.067 hectare) is sufficient for most crops. For economic crops like fruits and tea, dosages may be increased based on specific needs.

4. Timing Adjustments Align fertilization schedules with crop growth cycles. Apply moderate amounts during early growth stages to support development, and reduce dosages in later stages to avoid nutrient waste.

II. Precautions

1. Avoid Overapplication Excessive use can disrupt soil nutrient balance and harm crop growth. Strictly control dosages to prevent overapplication.

2. Coordinate with Other Fertilizers Combining boron-zinc fertilizer with nitrogen, phosphorus, or other fertilizers enhances nutrient uptake. balance ratios to avoid deficiencies or excesses.

3. Avoid Mixing with Acidic Fertilizers Boron-zinc fertilizer is alkaline; mixing it with acidic fertilizers reduces effectiveness. Ensure compatibility during preparation.

4. Soil Environmental Factors Soil pH extremes (too high or low) may diminish fertilizer efficacy. Test soil conditions before application to optimize results.

Boron-zinc fertilizer is a critical tool for replenishing essential plant nutrients. Rational application improves crop quality and yield. To maximize benefits, follow these guidelines:

• Control dosages based on soil and crop needs.
• Time applications to match growth stages.
• Use appropriate methods and coordinate with other fertilizers.
• Consider soil environmental factors.

Scientific fertilization practices enable boron-zinc fertilizer to deliver optimal nutrition, fostering healthy crop growth.