Coconut fibre growing mats

Growing mats

Coconut fibre mats are technologically advanced growing media designed for hydroponic growing. These innovative mats are made from high-quality coconut peat, derived from coconut husks, and encased in a durable co-extruded polypropylene (PP) material. The coconut fibre growing bags have been specifically designed to meet the needs of different crops, making them ideal for hydroponic systems.

Key features:

• Natural composition - The mats are made in 100% from coconut fibre, extracted from coconut shells - a renewable and biodegradable resource.
• Ecological and safe - They contain no artificial additives or chemicals, making them completely environmentally and plant-friendly.
• Excellent air and water permeability - The fibre structure allows moisture and oxygen to be evenly distributed, promoting healthy root growth.
• Durability and structural stability - The mats retain their shape and properties over a long period of use.
• Versatility of application - Ideal for greenhouse, tunnel, hydroponic and pot cultivation.
• Moisture - under 20%
• pH value – 5,5 – 6,5
• Compression – 8:1
• Weight - 1.5-4kg
• Size after expansion - 100x20x8cm (16L), 100x15x12cm (18L), 100x20x10cm (20L)

Application:

• Growing vegetables and fruit - Perfect for tomatoes, cucumbers, peppers, strawberries and herbs.

• Hydroponic cultivation - They work well as an alternative to mineral wool in soilless systems.

• Production of seedlings and cuttings - They facilitate even development of young plants and easy transfer to the ground.

• Soil protection - They can act as mulching mats, reducing water evaporation and weed growth.

Why choose coconut fibre mats for growing?

Coconut mats are an ecological, sustainable and effective solution for anyone who cares about healthy plant growth and the environment. Thanks to the natural properties of coconut fibre, they provide ideal conditions for roots, reduce the use of water and fertiliser, and can be fully disposed of in a nature-friendly way at the end of their life. It is a modern, sustainable substrate that combines crop productivity with care for the planet.