Coco Coir: The block is made from the coir (fibers) of the coconut husk, which is processed into a compressed form.
Moisture Content: The moisture content typically ranges between 10-20%, and the block will expand significantly when rehydrated.
High EC: High EC cocopeat will generally have an EC value of 2.0 mS/cm or higher. This indicates a higher concentration of soluble salts (primarily from the natural mineral content of the coir), which can affect plant growth if not managed properly.
Implications of High EC: High EC cocopeat may not be suitable for plants sensitive to high salt levels, as it could cause nutrient imbalances or "fertilizer burn." However, it's useful in certain growing systems where additional nutrients are being carefully controlled and managed.
High EC cocopeat usually has a neutral to slightly acidic pH range, typically between 5.5 and 6.5, making it suitable for most plants that prefer slightly acidic conditions.
Benefits of Low EC Cocopeat:
=> Soil Amendment: High EC cocopeat is typically used when plants require a medium that can hold a higher level of nutrients. It is often mixed with other components like perlite or sand to manage the EC levels.
=> Hydroponics: It can be used in hydroponic systems with additional nutrient management. The higher EC can help maintain a stable level of nutrients when combined with a balanced feeding schedule.
=> Container Plants: It's suitable for plants that require a nutrient-rich environment or for growing more salt-tolerant species.
=> Compost and Organic Mixes: High EC cocopeat can be incorporated into organic compost mixes to enhance water retention and nutrient availability.
