Sodium Nitrophenolate

Sodium Nitrophenolate: Boosting Growth and Yield in Agriculture

In the field of agriculture, a key concern for farmers and growers is how to enhance plant growth and increase yields. This is where Sodium Nitrophenolate comes into play. With its unique properties and wide range of applications, Sodium Nitrophenolate has become a popular choice for boosting the growth and productivity of crops.

Brief introduction：

Sodium Nitrophenolate, a soluble compound, is known to dissolve in methanol, ethanol, acetone, and other organic solvents. This makes it easily accessible for plants to absorb and utilize. Furthermore, it demonstrates remarkable stability when stored under conventional conditions. This means that farmers can confidently rely on Sodium Nitrophenolate to deliver consistent results.

Feature：One of the key features of Sodium Nitrophenolate is its broad-spectrum plant growth regulatory effects. It has the ability to promote the flow of cell protoplasm, improve cell vitality, and accelerate plant growth and development. This leads to various positive outcomes such as promoting root seedling, preserving flower and fruit, expanding fruit set, increasing yield, and enhancing stress resistance. Sodium Nitrophenolate truly provides a holistic approach to plant development.

The versatility of Sodium Nitrophenolate is another factor that sets it apart. It can be used on its own or in combination with other fertilizers, pesticides, feeds, and more. This flexibility allows farmers and growers to tailor their approach based on specific crop needs and conditions. Moreover, the compound can also be used as a pesticide additive and fertilizer additive, further expanding its potential applications.

Different concentrations of sodium nitrophenate：

In the market, Sodium Nitrophenolate is available in different concentrations, typically 0.9%, 1.4%, 1.8%, or 1.6% water agent. This ensures that there is a suitable option for every requirement. The compound is also known by other names such as high yield and extra harvest, highlighting its effectiveness in delivering above-average results in terms of increased crop productivity.

For those involved in research or laboratory work, it is worth noting that the synthesis of Sodium Nitrophenolate can be achieved using 98% sodium nitrophenolate. This opens up possibilities for customized formulations and experimentation with different concentrations and combinations.

When it comes to optimizing the use of Sodium Nitrophenolate, it is crucial to consider its compatibility with different agricultural practices and existing farming techniques. By incorporating this plant growth regulator into their farming routine, farmers can benefit from improved crop quality, higher yields, and enhanced resistance to various stresses.

Agricultural Applications:

1, promote the plant to absorb a variety of nutrients at the same time, remove the antagonism between fertilizers.

2, enhance the vitality of the plant, promote the plant need fertilizer desire, resist plant decay.

3, resolve the PH barrier effect, change the pH, so that plants in the appropriate acid-base conditions to change inorganic fertilizer into organic fertilizer, to overcome the inorganic fertilizer disease, so that plants love to absorb

4, increase fertilizer penetration, adhesion, strength, break the plant’s own restrictions, enhance the ability of fertilizer to enter the plant body.

5, increase the speed of plant utilization of fertilizer, stimulate plants no longer put fertilizer.

Note:

In the actual use of sodium nitrophenolate, there are certain limits on the temperature. Relevant experts said: sodium nitrophenolate can only play a role quickly when the temperature is above 15 ° C. Therefore, try not to spray sodium nitrophenolate when the temperature is lower than 15 ° C, otherwise it is difficult to play the due effect.

At higher temperature, sodium nitrophenolate can maintain its activity well. The temperature is above 25 degrees, 48 hours of effect, above 30 degrees, 24 hours can be effective. Therefore, when the temperature is higher, the spray of sodium nitrophenolate is conducive to the play of the drug effect.

In conclusion, Sodium Nitrophenolate is a game-changer in the field of agriculture. Its remarkable properties, including solubility, stability, and broad-spectrum plant growth regulation effects, make it an excellent choice for farmers and growers seeking to maximize their crop yields. Whether used on its own or in combination with other inputs, Sodium Nitrophenolate proves to be a reliable ally in promoting plant growth, development, and overall agricultural success.