AgroCFT LQ
Description
Overview
AgroCFT LQ is an organic, liquid fertilizer based on potassium humate (activated humic acids), algae extract and amino acids. The potassium humates in AgroCFT LQ Liquid stimulate root growth and nutrient uptake. The algae extract (Ascophyllum nodosum) promotes rapid development of plant tissue. Amino acids are taken up by the plant and are available building blocks for protein biosynthesis inside the plant. This saves energy for the plant, which it can utilise in other metabolic processes such as yield formation and stress compensation.
AgroCFT LQ can be applied using fertigation, hydroponic and sprinkler systems as well as conventional foliar sprays.
BENEFITS & RECOMMENDED APPLICATION
- Stimulates plant growth and promotes nutrient uptake efficiency
- Reduces the stress caused of plant protection applications
- Increases the tolerance of plants to abiotic stress (drought, heat, cold, salt)
- Strengthens root development and provides cytokinin
FIELDS OF APPLICATION
- Agriculture
- Vegetable Production
- Fruit Production
- Substrate Cultivation
- Hydroponics
- Turf and Landscaping
- Seed Treatment
RECOMMENDED APPLICATION RATES *
Soil
5 – 12 L/ha or divided into several doses (1 – 2 L/ha)
Foliar
0.3 L/100 L water every two weeks during the vegetation period or 3 – 8 L/ha, can be divided into several applications
Substrates
2 L/m³
Seeds
400 mL/100 kg seeds as dressing according to thousand grain weight (T.G.W.)
Hydroponics
20 – 30 ml/1000 L nutrient solution during the cultivation cycle
* Standard recommendations that can vary according to soil properties, cultivated crop and local application conditions.
INHERENT COMPOSITION (Typical values based on Fresh Matter)
Total Humic Acids 1/2 | 7 % |
Humic Acid 1 | 5 – 6 % |
Fulvic Acid 1 | 1 % |
Potassium Humate | 10 % |
Algea Extract (Ascophyllum nodosum) | 10 % |
Amino Acids | 10 % |
Total Nitrogen (N) | 1 – 2 % |
Potassium Oxide (K2O) | 2 – 3 % |
Organic Substance | 17 – 20 % |
Dry Matter | 28 – 30 % |
pH | 8.5 – 9.5 |
Density | 1.13-1.14 g/cm3 |
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