Plant Substrate Aquarium

Features:

1. It's easy for grower to separate the cube.

2. The organic cultivation of vegetables at ease. Vigorous growth, higher yields.

3.  Easy irrigation, supporting vegetative growth.

4.  Meet the growth space required by the developed extensive root system.

5. Pests and diseases are easier to get rid of than in soil because of the container's mobility.

    Plant substrates are materials that are increasingly gaining popularity in the horticultural industry for greenhouse plant production. They are made from a type of foam - pehnolic foam that is usually derived from the condensation reaction between formaldehyde and phenol in the presence of a catalyst. The resulting molecular structure of the material is highly cross-linked, which making it stable.

    There are several main functions of phenolic foam plant substrates that account for their growing use in greenhouse plant production. These functions include:

1. Support for the Plants
    One of the primary functions of plant substrates is to provide support and stability for the plants that grow in them. The foam is an ideal material for supporting the weight of the plants while also providing enough space for roots to spread out and grow. This helps to prevent the plant from being uprooted or damaged by wind or water pressure. The structure of the foam substrate can also be modified by growers to suit the specific needs of different plant varieties.

2. Water Retention
    Another critical function of plant substrates is their ability to retain water. The foam has high porosity and is capable of absorbing and holding a substantial amount of water, which is then available to the plants as needed. This feature makes the substrate useful in areas that are prone to drought or water scarcity. Growers can also control the water retention capacity of the substrate by adjusting the density of the foam and adding hydrophilic agents to improve water retention.

3. Nutrition
    Tenlead plant substrates do not have any nutrition. The nutrient content in the substrates can be controlled and adjusted according to the specific plant types grown and the nutrient uptake requirements.

4. Aeration
    Another essential function of plant substrates is aeration. Due to their high porosity, foam substrates enable the exchange of air and provide an adequate supply of oxygen to the roots. This function is crucial since lack of proper aeration can cause root rot, which is harmful to the plants. Additionally, sufficient aeration promotes optimal growth and development of the plants.

5. pH Stabilization
    Tenlead plant substrates are capable of stabilizing the pH balance of soils, making them an ideal material for growing plants. This feature is especially useful for growers who lack access to high-quality soils, such as those in urban areas or regions with poor topsoil quality. The pH of the foam substrate can be altered as required to suit particular plant species.

6. Easy to Transport
    Plant substrates are lightweight and easy to handle, making it easy for growers to transport them from one location to another. This characteristic also makes it more efficient to move and handle crops, which can save both time and resources.

    In summary, the main functions of phenolic foam plant substrates in greenhouse plant production include providing support for plants, water retention, aeration, nutrition, pH stabilization, and ease of transport. With the increasing demand for sustainable and effective substrates to support greenhouse plant production, phenolic foam plant substrates are becoming more popular among growers, and their uses are expected to expand in the future.