Ingredients and Fertilizers
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NutriFul
Biostimulant, formerly known as Fulvic+ or Fulvic 25
Natural fulvic improves uptake and transport of nutrients inside plants, roots and leaves
More Information 
Benefits
Increased nutrient use efficiency via roots and leaves
Fulvic acids ensure that nutrients are transported to the root and via the leaf, increasing the efficiency of fertilisation. Read more
>Fulvic acid in soil acts as a transporter, binding nutrients and improving their availability to plants. It helps dissolve and mobilize nutrients, facilitating their uptake by plant roots. When fulvic acid is applied foliar, it can act as a penetration enhancer. It promotes nutrient uptake through the leaves and contributes to more efficient nutrient absorption. This dual role of fulvic acid in the soil and on the leaf contributes to improved plant availability and uptake of essential nutrients.Read less
Improves root development
Increased uptake of nutrients by the plant stimulates root growth. Read more
>Fulvic acid increases nutrient uptake, for example phosphate, which stimulates root growth by increasing energy production, increasing biomass, stimulating growth hormones and improving nutrient uptake capacity. This results in a healthier and more extensive root system for the plant.Read less
Mobilises bound nutrients in soil
Fulvic acids can release bound nutrients in the soil and transport them to the roots, facilitating their uptake by the plant Read more
>Fulvic acids play a crucial role in mobilizing bound nutrients in the soil, such as iron. These organic acids have the capacity to bind to nutrients that would otherwise remain in insoluble form. By facilitating this binding, fulvic acid acts as a mobilizer, releasing the bound nutrients and making them available to the plant. In addition, fulvic acids help transport these now-mobilized nutrients to the plant roots. This promotes the efficient uptake of phosphate, iron and other nutrients by the roots.Read less
Product information
Discover NutriFul: a naturally extracted biostimulant for improved nutrient efficiency through both roots and leaves. NutriFul promotes optimal root development, and mobilizes bound nutrients in the soil. NutriFul provides improved nutrient uptake supported by a broad approach that promotes both root development and leaf performance.
Product suitable for use in organic farming in accordance with (EU) 2018/848, (EU) 2021/1165, NOP Regulation, Skal, Demeter, KRAV and BIO-AUSTRIA Standards.
Dosage
Recommended quantities between 1-20 liter per acre. Look for specific cultivation advice and application options, such as foliar, drip and soil, on the website.
Details
Shelf life
2 year minimum, must be stored in a dry, frost-free place, away from direct sunlight
Execution
Application
Certification
Packages
Discover all the benefits of this product, download the product sheet for an overview of all information.
Download BrochureWhere science meets sustainability
We pride ourselves on providing evidence-based solutions to growers around the world. Every claim we make about the efficacy of our products is backed by extensive research and field reports.
More about usWhere science meets sustainability
We pride ourselves on providing evidence-based solutions to growers around the world. Every claim we make about the efficacy of our products is backed by extensive research and field reports.
More about us
Ingredients and Fertilizers
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Fertilizers |
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Products that combine well
With these products you will get even better results and yields from your crops.
Do you have questions?
Nice to meet you, I'm Sander Selten; Sales manager of different areas within GrowSolutions. I'm happy to help you out!
- Sander Selten
Frequently asked questions
NutriFul
What are biostimulants and how can they benefit my crops?
Biostimulants are products that improve crop growth, development and stress response without directly providing nutrients. They can increase yields, improve resistance to stress and improve crop quality.
What advantages do organic fertilisers offer over synthetic fertilisers for my crops and soil?
Organic fertilisers contain natural materials such as compost, animal manure and plant materials. They improve soil structure, increase organic matter content and stimulate soil life, resulting in healthier plants and increased yields.
How can I improve soil life and why is this important for my crops?
A healthy soil life is essential for fertile soil and healthy crops. It improves soil structure, nutrient availability and water retention, and reduces the need for external inputs such as fertilisers and pesticides.
What specific problems can biostimulants and organic fertilisers help solve in cultivation?
Biostimulants and organic fertilisers can help solve specific problems such as poor soil quality, low yields, stress due to extreme weather conditions and lack of nutrients.
How can I choose the right biostimulant or organic fertiliser for my specific soil and crop needs?
Choosing the right biostimulant or organic fertiliser depends on factors such as soil type, crop needs, climatic conditions and available budget.
What are some sustainable practices I can implement to improve the health of my plants and increase yields?
Sustainable practices such as crop rotation, organic soil improvers and integrated pest management can improve plant health and increase yields.
Are there specific guidelines for the use of biostimulants and organic fertilisers in cultivation?
Yes, there are specific guidelines for the use of biostimulants and organic fertilisers, such as application times, rates and mixability with other products. These guidelines can vary depending on the type of crop and soil.
How can I measure the effectiveness of biostimulants and organic fertilisers in my field?
The effectiveness of biostimulants and organic fertilisers can be measured by parameters such as crop yield, crop quality, soil health and resistance to stressors. Den Ouden GrowSolutions also has the ability to perform a plant sap analysis, chroma analysis and mycorrhiza analysis. With these analyses, the quality of the soil/plant, the needs of the soil/plant and the effect of the products can be determined.
