Efficient application and advantages of triple superphosphate
2024-09-28
YUNNAN YINGFU TRADING CO., LTD
News
Triple superphosphate is a highly efficient phosphate fertilizer with excellent water solubility and stability. It can be widely used in fertilizing agricultural crops and cash crops to improve crop yield and quality.
Triple Superphosphate Introduction
Triple superphosphate is a high-quality phosphate fertilizer with a total phosphorus content (in terms of P2O5) of no less than 46% and an effective phosphorus content of up to 45%. This highly effective phosphate fertilizer has excellent water solubility, with a water-soluble phosphorus content of 37%, allowing phosphorus to be quickly absorbed by plants, thereby improving fertilizer efficiency.
Advantages and features
- High phosphorus content: total phosphorus content is not less than 46%, and effective phosphorus content is 45%, ensuring efficient supplementation of phosphorus.
- Excellent water solubility: The water-soluble phosphorus content reaches 37%, allowing plants to absorb it quickly and improve fertilizer efficiency.
- Good stability: The free acid content is controlled within 4%, ensuring the stability and reliability of the product.
- Excellent storage performance: the water content is only 2%, the humidity is low, and it is not easy to absorb moisture and form lumps.
- Uniform particles: 90% of the particle size is distributed between 2.0 and 4.75 mm, which helps to evenly apply fertilizer by machine.
Scope of application
Triple superphosphate is widely used in fertilization of various crops and cash crops, which can effectively improve soil, increase yield and quality. Whether it is traditional crops or cash crops, triple superphosphate can provide ideal phosphorus supply.
Summarize
Overall, triple superphosphate has become an indispensable high-efficiency phosphate fertilizer in modern agriculture due to its high phosphorus content, high-quality water solubility, good stability and storage performance, helping crops achieve better growth and higher yields.