You may not be familiar with tripotassium phosphate, so what exactly is tripassium phosphate? What are the advantages of tripotassium phosphate compared to potassium dihydrogen phosphate?
Advantages and differences
Tripotassium phosphate, simply put, is 46 phosphorus, 47 potassium, with boron added. High-content phosphorus, potassium, and boron preparations made from food-grade raw materials and spray-drying technology. Active substances are specially added to increase the conductivity rate and supplement and improve the utilization rate of other nutrients.
Tripotassium phosphate can be instantly dissolved in water through a unique process, making it especially suitable for truck sprays and aircraft sprays.
46 Phosphorus and boron fertilizers in the early flowering period synergize with each other and can promote flower pollination.
In the fruit (seed) expansion period, 47 potassium has a better effect, and potassium and boron will also synergize with each other, making the fruit (seed) expansion ability stronger.
The proportion of phosphorus and potassium is coordinated, combined with boron (stimulates root tip development and promotes the absorption and utilization of potassium). It can better promote the expansion of rhizome fungicides and preservatives, and is very suitable for use in rhizomes, tubers, and bulb crops.
Ordinary potassium dihydrogen phosphate contains 52 phosphorus and 34 potassium. Generally, the purity of potassium dihydrogen phosphate on the market is not high, and it easily contains magnesium sulfate, etc., making it easy to be adulterated.
The role of tripotassium phosphate in plants
Promote nitrogen and phosphorus absorption:
Tripotassium phosphate can promote the absorption of nitrogen and phosphorus by crops, quickly replenish phosphorus, increase crop yield and thousand-grain weight, and can play a special role in the special physiological period of crops.
Promote photosynthesis:
Potassium can enhance crop photosynthesis and accelerate the production and transformation of nutrients during crop growth.
Improve crop stress resistance:
Tripotassium phosphate can improve the stress resistance of crops, such as drought resistance, dry and hot wind resistance, waterlogging resistance, frost resistance, damage resistance and healing, and resistance to pathogenic infection, etc.
Improve fruit quality:
Spraying during the fruit expansion period can protect and strengthen the fruit, promote fruit expansion, improve fruit quality, increase coloring, and improve taste.
Regulate crop growth:
Tripotassium phosphate has the function of a regulator, which can promote the differentiation of crop flower buds, increase the number of flowers, make the flower buds strong, strengthen the flowers and preserve the fruits, improve the fruit setting, and can also effectively promote the growth and development of the root system.
Increase production and improve quality:
What are antioxidants?
Prevent low-temperature chilling damage, prevent flowering, delay flowering period, improve fruit setting rate, reduce fruit drop, etc.
Promote the accumulation and transportation of nutrients, quickly expand the fruit, increase sugar, protein, and vitamin content, and promote the formation and accumulation of anthocyanins. The fruit will be naturally and evenly colored, with bright luster, and the fruit will hang after maturity.
Enhance the hardness and toughness of fruits, reduce diseases during storage, and extend the shelf life.
