Coconut Coir Bricks Organic Coconut Bricks Plants Compressed Gardening Coconut Fiber For Planting Gardening better Plant Growth

Coconut Coir Bricks Organic Coconut Bricks Plants Compressed Gardening Coconut Fiber For Planting Gardening Better Plant Growth

Bullet Points:

1.Improved Soil Health: Crafted with coconut fibers, our coconut coir bricks ensure optimal aeration and high water retention. This promotes nutrient-rich soil, providing the perfect environment for healthy plant growth.
2.Ideal Alternative to Soil: Say goodbye to traditional soil with our Coconut Coir Bricks, a game-changing option for indoor and outdoor gardening. Ideal for healthier plants and higher yields.
3.Universal Application: Experience versatility like never before with our Coconut Coir Bricks! Suitable for propagation, hydroponics, and a wide range of plants including vegetables, flowers, and succulents.
4.Environmentally Safe: By choosing our coconut coir bricks, you’re making a positive impact on the planet. These sustainable and organic bricks lead to healthy soil aeration and moisture retention, resulting in thriving plants.
5.Convenient Option: Compressed coconut coir bricks offer easy storage and transportation. With a quick soak in water, they expand to their full size, providing a hassle-free way to boost your gardening project. Experience effortless gardening with our efficient solution.

Description:

Our Coco Coir Brick is the perfect soil-free growing medium for propagation and hydroponics. Made from sustainable materials, it provides optimal aeration for strong root growth. Simply add water to expand it to its full size for use. Give your plants the best start with our Coco Coir Brick.

Specification:
Name: Coir Bricks
Material: Coconut shell
Product size: about 10x10x1.5cm/3.94×3.94×0.59 inches

Packing List:
1 x Coir Bricks

Notes:
1. Due to the different monitor and light effects, the actual color of the item might be slightly different from the color which is showed in the pictures.
2. Please forgive a slight measuring deviation due to manual measurement.