X-Humate Boron Humate Powder
Boron Humate Powder
1. contents high humic acid, organic matter and Boron
2. essential micronutrient crucial for plant development
3. more environmatal friendly to soil and plants
2. essential micronutrient crucial for plant development
3. more environmatal friendly to soil and plants
Quantity
Discription of Boron Humate
Boron Humate powder, we also call Boron Humic Acid, contents high humic acid, organic matter and Boron.
It is an innovative, organic-mineral fertilizer, which extracted from leonadite. It can enhance soil health and promote robust plant growth.
Boron Humate combines the benefits of humic acid, a natural organic compound derived from decomposed plant and animal matter, with boron.
Boton is an essential micronutrient crucial for plant development.
Specification:
| Iterm | Standard |
| humic acid dry basis | 55% |
| B2O3 | 8-10% |
Benefits of Boron Humate
1. Boron Humate is rich in Humic Acid. It enhances soil fertility by improving nutrient retention and promoting microbial activity.
2. Highly contents Boron . Boron Humic Acid with Boron Provides a readily available source of boron, essential for cell wall formation, nutrient transport, and reproductive growth in plants.
3. Boron Humic Acid can improves soil structure, aeration, and water-holding capacity, making it ideal for both sandy and clay soils.
4. Boron Humate is more environmatal friendly to soil and plants.
5. Born Humate Powder has wildly application. It is Suitable for a wide range of crops, including fruits, vegetables, cereals, and ornamental plants.
Application of Boron Humate
1. Boron Humate Powder for Soil Application
Before Planting: Mix Boron Humate into the soil at a rate of 200-400 kg per hectare, depending on soil conditions and crop requirements.
Top Dressing: Apply 100-200 kg per hectare during the growing season to replenish nutrients and maintain soil health.
2. Boron Humate Powder for Seed Treatment:
Mix Boron Humate with water to create a slurry and coat seeds before planting. This enhances germination and early root development.