Lenavax Nutrition
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Long-lasting Effect: Delivers continuous nutrition for up to 8 months. Enriched with plant-based organic matter, it enhances nutrient uptake efficiency by over 2x compared to traditional NPK fertilizers.
Yield Increase: Field trials show that using just 80% of the standard chemical amount can increase crop yields by 10% to over 30% per acre.
Application: Suitable for broadcasting, trenching, and mechanized application.
Easy to store and transport. Rich in organic matter that promotes the reproduction of beneficial soil microorganisms. These microbes fix nitrogen, dissolve phosphorus and potassium, and restore fertility to poor or compacted soil.
| Type | NPK | Organic Matter | Other Ingredients | Appearance |
|---|---|---|---|---|
| Organic-inorganic Compound | 15-5-10 | 20%-30% | Universal Formulation | Expanded Granules |
| 15-5-10 | 20%-30% | Corn & Rice Specific | Expanded Granules | |
| 15-5-10 | 20%-30% | Sugarcane Specific | Expanded Granules | |
| Organic Fertilizer | 8% | 90% | Universal Formulation | Expanded Granules |
| 8% | 90% | Peanut Specific | Expanded Granules |
√ Yield per acre increased by 20%-100% | √ More luxuriant and taller plants | √ Highly developed root systems
Utilization rate is more than double that of traditional NPK-only fertilizers. The efficacy persists for over 8 months, reducing application frequency.
Effective in drought-prone or sandy soils. Expanded granules improve water retention and aeration. Continuous use for three years significantly improves the soil environment.
Made from animal-edible grade corn bran. Its clean composition helps balance the soil microbiome while suppressing harmful microbes, unlike waste-based fertilizers.
We are a professional manufacturer specialized in the research and development of biochemical fulvic acid fertilizers. With advanced production technology, we are a leading supplier of fulvic acid granules and corn bran puffed water-retaining granules.
Our solutions support sustainable agriculture by improving soil health and enhancing crop resilience.
