GROW!T | Coco Coir Chips, Block

GROW!T
SKU:
JSCC2
|
UPC:
638104002554
$19.95
(No reviews yet)
Weight:
10.15 LBS
Width:
6.00 (in)
Height:
12.00 (in)
Depth:
12.00 (in)
Current Stock:
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Use organic GROW!T Coco Coir Chips for planting and growing tropical flowers and plants. It works both indoors and outdoors and is ideal for mulching and a decorative ground cover that retains water. Although each block of chips is equivalent to more than 2 cubic feet of mulch, it is lightweight and easy to carry and store. Add the GROW!T mix into your growing system and notice the coco difference.


GROW!T Coco Coir Chips are thoroughly rinsed with fresh water to remove salts. These unbuffered chips are suitable as an organic input material. After soaking to expand the block, growers can plant directly into the chips or blend with other materials for a custom mix.


 

Why Choose Coco Coir Products?

  1. Quick Harvests and Big Yields: Coco coir's excellent water retention and drainage, combined with the right nutrients, promote rapid growth and high yields in drain-to-waste systems.

  2. Room for Root System: Its unique combination of water retention, drainage, and aeration provides ample space for root development, ensuring optimal air exposure for healthy plants.

  3. pH-Neutral: With a pH range of 5.2–6.8, coco coir offers a neutral environment for plant growth, although it requires regular nutrient supplementation to maintain this balance.

  4. Pathogen and Pest Resistance: Coco coir's antifungal properties help minimize harmful pathogens, while its natural repellent qualities reduce the risk of pests, simplifying maintenance efforts.

  5. Environmentally Conscious: Utilizing parts of the coconut fruit that were previously wasted, coco coir embodies an environmentally friendly choice for plant cultivation.

  6. Reusable: Properly treated coco coir can be reused, contributing to sustainability and cost-effectiveness in the long term. However, adequate preparation is necessary to ensure optimal performance in subsequent growth cycles.