Kipafit
Fertilizers
AgroPlanta GmbH & Co KG, ZATUser rating
0 votesAbout product
Concentrated phosphorus-potassium solution designed to boost flowering, optimize fruit filling, and improve harvest quality.
Description
Technical Potential of "KiPaFit": The Phosphorus-Potassium Foundation of Your Crop
The mineral concentrate "KiPaFit" from "Agroplanta GmbH & Co. KG, ZAT" is a highly specialized solution designed for the rigorous demands of intensive agriculture. Its core value lies in its unique chemical formula: a high concentration of phosphorus (25–40% P2O5) paired with 14% potassium and a minimal nitrogen content (0.1–1%). This specific ratio shifts the plant's metabolic energy away from vegetative growth toward generative development and the accumulation of storage compounds.
Why High Phosphorus Load is a Critical Factor
Unlike standard complex fertilizers laden with nitrogen, "KiPaFit" functions as a powerful catalyst for internal metabolic pathways. The high percentage of soluble phosphorus ensures:
- Rapid integration into the ATP synthesis cycle: ATP energy is vital for all growth stages, particularly during flowering and fruit set.
- Strengthening of the root architecture and generation of the energetic potential required for fruit and seed filling.
- Metabolic optimization under abiotic stress, which is vital for crops such as oilseed rape, soybeans, and sunflowers.
The liquid form of the product guarantees high bioavailability for foliar applications. Potassium ions (14%) act as osmotic regulators, facilitating moisture retention within tissues and increasing the plant's structural resistance to lodging and pathogen pressure.
Practical Application and Efficiency
"KiPaFit" is most effective during peak nutrient demand stages: from the onset of flowering through to fruit development. Classified as a low-hazard (Class 4) substance, it is easy to handle and integrates seamlessly into tank mixes for vegetables, fruit crops, potatoes, and viticulture. Incorporating this formula into a fertilization program allows producers to exert control over harvest quality—specifically fruit size, sugar content, and marketability—factors that directly determine the economic value of the final yield.
Composition
Nutrient elements
Application
Specifications hover over for a hint about the specification
|
Fertilizer Type
Fertilizer Type
ORGANIC FERTILIZERS — fertilizers consisting of partially decomposed and undecomposed residues of plant and animal origin (manure (composted), compost, peat, feces, composts, green manure). MINERAL FERTILIZERS — fertilizers containing nutrients in the form of mineral salts. They... |
|
|---|---|
|
Nitrogen (N)
Nitrogen (N)
Nutrient value of fertilizers expressed as the mass percentage of nitrogen N (%). |
N - 0,1-1% |
|
Phosphorus (P2O5)
Phosphorus (P2O5)
Nutrient value of fertilizers expressed as the mass fraction of phosphorus P2O5 (%). |
P2O5 - 25-40% |
| Form of the preparation | |
| Danger Class | 4 |
| Drug Assignment | |
|
Method of Application
Method of Application
Seed treatment — treatment of seeds before sowing. Soil treatment — application of pesticides to soil, for example, in greenhouses. Seed treatment — a preparation used for pre-sowing treatment of seeds of various crops to protect seedlings from plant diseases and pests. In some c... |
|
|
Potassium (K2O)
Potassium (K2O)
Nutrient value of fertilizers expressed as the mass fraction of potassium K2O (%). |
14 |
| Catalog | Catalog → Fertilizers |
| Manufacturer | AgroPlanta GmbH & Co KG, ZAT |
| Applicant | AgroPlanta GmbH & Co KG, ZAT |
| Country | Germany |
Store offers
Prices are updated on loadAggregator catalog: prices are collected automatically from store websites, normalized by AI and converted at the current exchange rate. Before ordering, confirm the price and availability on the store's website. This block is not indexed by search engines — the data is loaded after the page opens.
Alternatives
Vegetables · similar varieties
See also
Often considered together with this variety
Recently viewed
Similar items in this catalog section











Comments · 0