Savings generated by using horticultural fleece on crops


Using reusable material such as horticultural fleece on crops is a great money-saving option. Horticultural fleece was created to deal with harmful insects and pests that can affect crops. It is made from 100% recyclable synthetic materials and coats the soil surface to prevent insects from entering and penetrating crops, offering comprehensive protection.

The use of horticultural fleece on crops offers numerous advantages, such as the reduction of pesticides and herbicides. Which represents a significant saving of money for farmers. This is because this horticultural fleece acts as a protective barrier for crops. Protecting them and preventing the penetration of insects or pests that would need to be control with the use of pesticides. In addition, this horticultural fleece also forms an excellent soil that is characterize by maintaining moisture. Which helps to optimize the amount of water used to irrigate crops, resulting in savings of up to 50%.

An extra great advantage of using horticultural fleece on crops is its durability. Horticultural fleece is highly resistant to the weather elements and resists fading, deterioration and damage caused by weathering. This means that the fleece can last much longer in the crops, saving purchase and maintenance costs. This also saves a great deal of time that would be spent preparing, installing and maintaining crop vegetation cover, saving money by not having to purchase herbicides and other supplemental inputs.

In addition, the use of horticultural fleece on crops also contributes to a significant improvement in soil and crop fertility

The fleece functions by forming a barrier between the soil and the air, thus helping to improve moisture retention in the soil. By controlling moisture, crop plants grow faster. Which translates into better yields, which in turn contribute to higher profits that translate into greater savings.

All of these benefits added together clearly demonstrate the positive impact of using horticultural fleece for crop protection. Saving money by reducing pesticide and herbicide costs, improving crop yields due to increased plant growth. And reducing costs associated with maintaining traditional vegetation cover. This has led many growers to adopt the use of horticultural fleece on crops. Thereby helping to reduce production costs, maximizing their profits and contributing to further money savings.

plant frozen by a hard frost
All of the benefits of horticultural fleece for crop protection are saving money by reducing pesticide and herbicide costs.

Profits are obtain by using horticultural fleece on crops

This mulch is a mixture of vegetable and crystallized fibers, mainly made from crop residues of tomatoes, pumpkins, peppers, among others, and is present in powder form. It is use to provide the soil with improved soil structure and nutrient balance. As well as to promote the development of deep and healthy roots and to prevent soil erosion and improve microbial biomass. Therefore, by using horticultural fleece on crops, farmers benefit from certain gains. First, horticultural fleece is highly effective in keeping the soil protected against the harmful effects of erosion. Which helps improve agricultural productivity. By properly placing the fleece on the soil. It is possible to significantly reduce the risk of erosion, improve soil conservation and allow absorbed water to remain in the soil. This improves plant grow, saves water and prevents nutrients from being wash away or dissipated.

In addition, the use of horticultural fleece can help retain moisture in the soil. The plant and crystallized fibers in the fleece absorb and retain moisture, helping to keep the soil moist longer. This is especially useful in dry climates, where soils tend to dry out quickly. Resulting in poor and diminished crop production. The use of horticultural fleece in these situations can improve the amount of water available for plant growth and significantly increase crop productivity.

Also, horticultural fleece allows the soil to maintain an optimal balance of nutrients, resulting in increased plant growth

As the fleece insulates the soil from rainwater, it can be more effectively absorb by plant roots and distribute nutrients. This improves crop irrigation and deep planting, which maintains balanced and healthy plant growth. It can also save water by reducing the amount of irrigation needed.

Finally, using horticultural fleece produces a greater amount of microbial biomass in the soil. This is compose of beneficial microscopic organisms that help organic residues decompose and convert into nutrients. Which improves nutrient supply to the soil as well as maintaining pH levels. This results in increased soil fertility, which in turn results in increased crop production.

All of these gains are especially significant when horticultural fleece is use in an agricultural crop. The fleece helps prevent soil erosion, improves moisture and nutrient retention, and promotes healthy plant growth. It also produces a greater amount of microbial biomass in the soil. Which contributes significantly to higher fertility and crop production.

horticultural fleece on crops
In addition, the fleece helps prevent soil erosion, improves moisture and nutrient retention and promotes healthy plant growth.

Why is it so important to ensure the quality of the horticultural fleece used?

The regionalization of the horticultural fleece is a key factor in choosing a quality product. In this sense, regionalized fleeces are characterize by being much more resistant to possible adverse climates. Such as hailstorms or drought, and are able to offer a more complete and longer protection for the crop. This characteristic is extremely important, because if a crop is expose to the rigors of the climate, there is a high cost of substitution, in addition to the inevitable loss of harvest. It also retains greater resistance to atmospheric agents, since its structure is protect from sun, rain and snow. The quality of a material that is sensitive to the elements is measured precisely by its ability to withstand the rigors of the weather, which is generally achieved with quality regionalized materials.

An important characteristic of horticultural fleece is the strength-to-weight ratio. A material that offers strength for seconds and at the same time stores a light weight will be an excellent choice for growers. This allows the fleece to be easily install and replace and transport from one location to another without excessive cost. This feature also avoids costly human wear and tear, which aims to reduce the risk of accidents or injuries.

In addition, the quality of horticultural fleeces is also measured by the rate at which it fades

The material should be mold in a cylindrical shape so that all material is easily transportable, while decreasing the possibility of rapid bleeding and fading. The product must offer the farmer a way to optimize his time, as harvest cycles are very demanding and must be complet with high quality work in the shortest possible time.

The quality of the horticultural fleece is measure by insulation and durability. The material must have a good contact resistance capacity, for which it must have a structure strong enough to withstand strong winter winds, as well as being slightly waterproof to keep moisture away. Regionalized products are able to target all of the above elements and offer growers the possibility of obtaining an optimal result.

In short, it is an integral factor in optimizing agricultural crops. The choice of quality regionalized products is crucial to ensure strength and durability; lightness and time optimization; adequate insulation and protection. All these elements, together, are reflect in the ability to grow more crops with less risk, while yields are exponentially increase. Opting for quality horticultural fleece is a good way to face the rigors of the climate and optimize long harvesting jobs with greater efficiency.

thermal blanket in the shape of a bag covering fruits
The choice of quality products is crucial to ensure strength and durability; lightness and time optimization.

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