Dragon Liquid Biostimulator 1 Liter
وصف المنتج
Dragon - Liquid Bio-stimulant 1 Liter
Description:
Dragon is a liquid bio-stimulant extracted from the finest types of seaweed, specially designed to stimulate plant growth and provide them with the necessary energy to resist environmental stress conditions such as high temperatures and drought. Dragon contains effective natural ingredients including micronutrients, vitamins, humic acid, amino acids, lignin, and key plant hormones that work to improve plant health and increase its resistance to suboptimal conditions..
Key Ingredients:
- Micronutrients: Enhance plant growth and support metabolic processes..
- Vitamins: Support plant health and help promote growth and development processes..
- Humic Acid: Promotes soil fertility and contributes to increased nutrient absorption..
- Amino Acids: Contribute to improving vegetative growth and strengthening plants..
- Lignin: Improves plant resistance to diseases and environmental stress..
- Key Plant Hormones: Stimulate growth and flowering, enhancing plant response to environmental stresses..
Benefits:
- Stimulates plant growth: Accelerates plant growth and improves overall plant health..
- Stress resistance: Helps reduce the impact of stress caused by drought and high temperatures..
- Improved nutrient absorption: Enhances the ability of plants to absorb nutrients from the soil more efficiently..
- Increased plant disease resistance: Helps strengthen plant defenses against diseases and pests..
- Stimulates flowering and fruiting: Improves production quality and increases crop yield..
How to Use:
- Foliar Spray: Dragon is diluted according to the instructions on the package, then used for spraying on leaves to enhance nutrient absorption..
- Fertigation: Dragon can be used through irrigation systems to improve nutrient absorption and effectively support plant growth..
Packaging:
- Size: 1 Liter
Dragon is the ideal solution for farmers who want to enhance plant growth and increase their resistance to diseases and environmental stress, whether through foliar spraying or fertilization via irrigation.