Helatem Fe 6
Iron chelate based on EDDHA. Stable over a wide pH range — including calcareous and high-pH soils, where other iron sources are locked up and unavailable to the plant.
Where EDDHA works best
Iron chlorosis is one of the most visible micronutrient problems — yellowing leaves with green veins, weak growth and lower yield. On calcareous and high-pH soils, iron from simple salts is quickly bound and unavailable. EDDHA keeps iron in a plant-available form across a wide pH range, which makes it the standard choice for soil application in these conditions.
Calcareous soils
High-pH and carbonate-rich soils, where EDTA and DTPA chelates lose effectiveness.
Permanent crops
Citrus, grapes, stone fruit, olives and berries — applied to the root zone in spring.
Greenhouse & nursery
Container and substrate production where iron availability must be stable through the season.
Packaging & documentation
- 1 kg and 15 kg bags
- Technical data sheet (TDS) with chelate specification
- Safety data sheet (SDS) in the required language
- Batch certificate of analysis (CoA) with every shipment
- Private label packaging available from container volumes
Related formulations
Correcting iron deficiency
in your market?
Ask for samples, TDS and the application guide for calcareous soils.