1、Appropriate Water Dilution Ratio for Boron Fertilizer Root Irrigation
Generally, the recommended dilution ratio is 1:1,000 to 1:2,000, meaning 1 jin (0.5 kg) of boron fertilizer should be mixed with 1,000–2,000 jin (500–1,000 liters) of water.
2、Amount of to mix into spray tanks to supply desired boron rates
The amount of Solubor to mix in the tank to supply a desired boron rate requires knowledge of the spray rate, the tank size of the sprayer, and the boron concentration in the fertilizer.
3、AN404
Foliar spray applications generally are more effective per unit of B than soil applications for most crops. The applied B is quickly absorbed by the leaves and other tissues and is immediately available for vegetative and reproductive growth.
4、WATER
Water-soluble fertilisers can be directly diluted into the irrigation water in bulk tanks, spray tanks, bowsers, etc. In this situation the required amount per litre is applied directly into the tank, with good agitation.
BORON
Where used as the sole means of applying boron, typical foliar application rates for disodium octaborate tetrahydrate (Solubor) are in the range of 0.5 – 2.5 kg/ha per application, the higher rates being used in the more tolerant crops and those with a high boron demand.
Water Soluble Fertilizer Calculator
The Water Soluble Fertilizer Calculator helps growers, gardeners, and farmers accurately determine the correct dosage, application rate, and nutrient uptake for their crops.
Amount of Solubor to mix into spray tanks to supply desired boron rates
Applying the recommended boron rate is critical to obtaining optimum crop yields. Solubor is highly water soluble and commonly applied in foliar sprays. It is also compatible with most herbicides and insecticides, so they also can be applied in these sprays. This saves separate application costs.
What is the Appropriate Water Dilution Ratio for 1 Jin of Shuirong
You prepare a series of solutions by serial dilution as follows: (1) diluting 0.5 mL of the stock solution to 10 mL with water (solution A), (2) diluting 1.5 mL of solution A with 4 mL water (solution B), and (3) diluting 3 mL solution B with 9 mL water (solution C).
Boron in fertilizer applications
To determine the optimum rate and method of applying sufficient boron for optimum yields, growers need to know the relative boron needs for their crops. Learn More
Solubility of Solubor in liquid fertilizers
Since the recommended application rates of boron usually range from 0.25 - 2.0 lbs/acre, such boron rates can be conveniently applied by inclusion of Solubor in these liquid fertilizers.
The appropriate dilution ratio of boron fertilizer depends on crop requirements and soil pH. Generally, the weight ratio of boron fertilizer to water ranges from 1:20 to 1:50.
First, it is essential to understand the types of boron fertilizers. There are two main categories: organic boron fertilizers (e.g., boric acid, borax) and inorganic boron fertilizers (e.g., sodium borate, borates). Organic boron fertilizers have lower solubility and require dilution in water before use, while inorganic ones have higher solubility and can be applied directly. Selection should be based on specific needs and soil conditions.
Next, soil pH must be considered. Soil pH, a measure of acidity or alkalinity, directly impacts plant absorption of boron. In acidic soils (pH < 6.0), boron availability is low, necessitating higher fertilizer doses. In alkaline soils (pH > 7.0), boron is more abundant, so reduced dosages are recommended. Always test soil pH first to determine the optimal dilution ratio.
Example with boric acid:
- For soil pH 5.5, use a 1:20 ratio (1 kg boric acid + 20 kg water).
- For soil pH 7.0, use a 1:50 ratio (1 kg boric acid + 50 kg water).
Key Principles for Application:
- Follow the "small doses, frequent application" rule to avoid boron toxicity from overaccumulation in soil.
- Adjust frequency based on crop growth, typically weekly.
Additional Precautions:
- Avoid mixing with alkaline substances (e.g., lime), as they form insoluble precipitates.
- Avoid mixing with acids, which reduce boron efficacy.
- Avoid heavy metal ions (e.g., Ca²⁺, Mg²⁺), which create insoluble compounds.
- Do not mix with pesticides, as this may reduce boron absorption.
- Avoid combining with organic fertilzers, which compete with boron for plant uptake.
Optimize boron-to-water ratios by evaluating soil pH, crop needs, and fertilizer type. Ensure compatibility with other inputs to safeguard plant health and maximize growth.
