Descripción del producto

1. Potassium nitrate can provide efficient nutrition for plants.
We know that the most important plant growth is nitrogen, phosphorus, potassium, and various trace elements. Nitrogen can promote the occurrence of photosynthesis, make plants stronger, nutritious and healthy, and can increase crop yields. However, at the same time, nitrogen should not be too much, which will cause crops to flourish, a lot of flowers, and reduce fruiting rate and content. Sugar content and disease resistance. Phosphorus is mainly to promote early flowering and fruiting of crops, promote seedling root growth and improve fruit quality. Potassium can promote the health of crop stalks, increase the ability of crops to resist cold and frost, increase the sugar content of the fruit, improve the quality of the fruit, and make the fruit plump and juicy with a beautiful appearance.
Potassium nitrate is made up of a large number of elements required by **0% plants. It is composed of cation potassium (K+) and anion nitrate (NO*-). The ratio of N-P2O*-K2O is *3.*****6 (*3.5% of N is equivalent to *2% of NO*-, *6% of K2O is equivalent to *8 % Of K+, which adds up to **0% of KNO3). Potassium nitrate is the only fertilizer that can provide two macronutrients, which are the highest in any plant. Know that potassium nitrate provides nitrogen available to crops. Nitrate nitrogen is the most easily absorbed form by plants.
2. Potassium nitrate can make our plants stronger.
Potassium nitrate contains almost no chloride. When the chloride concentration in the soil solution increases, plants absorb chloride instead of essential anionic nutrients, which will inevitably hinder plant growth. Increased chloride content causes toxic reactions and may also lead to reduced yields and even plant death. And potassium nitrate contains almost no harmful chlorides, and the nitrates in potassium nitrate can offset the harmful effects of chlorides. Potassium nitrate is harmless to roots. Unlike ammonium, the nitrate nitrogen in potassium nitrate does not damage plant roots when soil temperature rises. Potassium nitrate improves plant resistance to frost. The potassium in potassium nitrate helps thicken the cell wall and increase the electrolyte concentration in the cell, thereby increasing the plant's frost resistance.
Potassium nitrate enhances the resistance of plants to diseases. The potassium in potassium nitrate eliminates the accumulation of short-chain carbohydrates and non-protein nitrogen, and they themselves are hotbeds for the invasion of bacteria, fungi, nematodes and viruses.
Potassium nitrate enhances drought tolerance. Potassium nitrate helps to establish and expand the root system to better absorb water from the soil.
3. Potassium nitrate can effectively improve. (up! up! up!)
The potassium element in potassium nitrate has a positive effect on the growth and development of crops. It can make our fruits larger, fuller and more uniform; make the fruits colorful, with very few skin color defects or caused by mechanical damage or disease. Traces of damage; can improve the taste and sweetness of the fruit.
4. Potassium nitrate improves the water use efficiency of crops and saves water. (Save Water)
The nitrate in potassium nitrate improves the water use efficiency of plants. Plants that use nitrate have a higher water utilization rate than plants that use ammonium, and the utilization rate is almost **0%. Especially when the potassium concentration in the soil solution is small, the difference is more obvious. The potassium in potassium nitrate prevents water loss. Potassium is related to the opening and closing of stomata, which can minimize the transpiration of plants and reduce water requirements. Moreover, sufficient potassium in plants can improve the absorption efficiency of soil water. Potassium nitrate prevents the accumulation of salt. Potassium nitrate can avoid extra irrigation to wash away the salt in the soil.
5. Potassium nitrate improves soil properties (improve)
The nitrate in potassium nitrate increases the pH of the root surface. After the roots absorb nitrate, they will release hydroxide ions (OH-) and form a slightly alkaline environment in the root area, thereby improving the acidic soil properties. Potassium nitrate improves the effectiveness of phosphorus and trace elements. Simply put, potassium nitrate can effectively improve acidic soil, without causing soil acidification and affecting crop growth.