Greenhouse Use Magnesium Fertilizer Magnesium Nitrate Hexahydrate, White Crystal Mg(NO3)2 for Cabbage and Cerely

Greenhouse Use Magnesium Fertilizer Magnesium Nitrate Hexahydrate, White Crystal Mg(NO3)2 for Cabbage and Cerely
 1. Product Introduction

Magnesium nitrate hexahydrate used in agriculture is a white or colorless monoclinic crystal. Magnesium nitrate can increase photosynthesis, enhance leaf greenness, improve quality, and increase commodity yield. 

Magnesium nitrate hexahydrate can provide both water-soluble and fertilizing nitrate nitrogen and magnesium elements to crops. After use, it can promote rooting and seedling growth, resulting in lush green leaves, robust plants, and stable growth.

It can also form a layer of wax protective film, effectively preventing bacterial infection, improving the disease resistance of crops, and preventing wilt disease, viral disease, leaf frost, black spot disease, leaf spot disease, soft rot disease, etc. The nutrient release of magnesium nitrate hexahydrate is uniform, effective quickly, and the fertilizer effect is stable and long-lasting. It does not contain harmful substances to plants such as chloride ions, sodium ions, sulfates, heavy metals, etc. 

It can also improve acidic soil without causing soil compaction, making the soil loose. Magnesium nitrate hexahydrate can promote chlorophyll content, increase photosynthesis, make leaves larger and greener, promote carbohydrate transformation metabolism and synthesis of fatty proteins in crops. It can also promote the formation of vitamin A and vitamin C in crops, thereby improving the quality and yield of fruits, vegetables, and other crops. Magnesium nitrate hexahydrate is widely used for greenhouse magnesium fertilizers. 

2. Product Specifications

3. Applicable crops and usage methods

Symptoms of magnesium deficiency in cabbage and cerely

When plants lack magnesium, chlorophyll content decreases and chlorosis occurs. Magnesium deficiency symptoms usually first appear on old leaves and gradually progress to new leaves. Magnesium deficiency can lead to stunted growth and stunted growth of plants. When dicotyledonous plants lack magnesium, the veins between the leaves lose their green color and gradually turn yellow or white, with brown or purplish red spots or stripes appearing; When severe magnesium deficiency occurs, the entire leaf will experience necrosis. When grasses lack magnesium, chlorophyll at the base of their leaves accumulates dark green spots, while other parts appear light yellow; When there is a severe magnesium deficiency, the leaves will fade and show stripes, especially necrotic spots at the leaf tips.

Magnesium deficiency has a significant impact on starch degradation, sugar transport, and sucrose unloading in the chloroplasts, but its impact on photosynthesis itself is relatively small. Many metabolic processes require high-energy phosphates, so magnesium has a significant impact on energy transfer. Magnesium deficiency can reduce the transportation rate of photosynthetic products from the "source" (such as leaves) to the "sink" (such as roots, fruits, or storage tubers). The impact of magnesium deficiency on root growth is much greater than that on aboveground parts, leading to a decrease in root to shoot ratio.

4. Product Picture

5. Bill of Lading 

6. Contact