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Plastic nets for crop protection

Plastic nets for crop protection

Using shade netting in residential and commercial areas

Shading in agriculture with plastic nets

Plastic nets are use to shade crops, thus favoring the best temperature and humidity conditions. A significant problem facing global agriculture is the variation in crop yields. This is due to environmental variations such as drought, floods, high wind speeds, and high or low temperatures. Damage caused by stress can also lead to physiological disorders in crop plants. Cultivation techniques in protected environments can help overcome these problems, resulting in high yields and good quality harvests.

nursery shade netting
By protecting them from solar radiation, the shade netting helps to improve plant development.

Colored shade nets to modify the quantity and quality of sunlight

Factors that can be controlled to optimize plant growth include temperature, radiation, atmospheric composition (CO2 concentration), water supply, and plant nutrition.

Plastic nets for shading netting
Shade netting helps control radiation so that plants can grow properly.

Black plastic nets are the most common for shading. In fact, they have a long life and their cost is lower than that of colored shade nets. However, screens have been developed not only capable of reducing temperature intensity but also capable of filtering radiation for the benefit of plants without reducing photosynthesis. Colored nets, favoring photosynthetically active radiation, allow manipulation of plant physiological factors that depend on light. Thus, plants develop a longer stem, larger leaf surface area, more chloroplasts, and more chlorophyll. In fact, light-capturing cells are stimulate differently thanks to the photoselectivity of plastic nets. In other words, the net transmits or allows more light of certain wavelengths to pass through.

Selective filtering of solar radiation

It has been concluded that solar radiation is more selectively filtered in the case of colored shade nets compared to black nets. Additionally, part of the light is scattered. Thanks to shading nets, a suitable microclimate is create in tunnels, greenhouses, shade houses, seed production nurseries, seedlings, and garden plants, depending on the type of plant, stage of development, and sunlight intensity.

greenhouse with obamalla installed with shading netting
Shade netting can also be use to protect greenhouses from UV rays.

We offer a wide range of plastic nets for agriculture. These are characterize by different radiometric properties such as color, transmissivity/reflectivity/shading factor. They also differ in physical properties such as air permeability and various mechanical characteristics. For example, tensile strength, tear resistance, and durability.

Shading for increased crop yield

Shade nets have a characteristic weave and a certain pigmentation. Consequently, by applying shade nets, light and temperature variables can be control. Generally, increase growth and better quality for export crops are note. Fruit ripening times can also be controlled. Thanks to increase photosynthetic radiation, stem diameter can be increase or lengthened. A larger leaf area or higher chlorophyll content can also be promote. Plastic nets have proven to be very efficient for shading and mitigating the effects of light, especially in summer. Our nets can shade up to 95% with variable intensities depending on the needs. They can be apply in tunnels, greenhouses, shade houses, or open fields. In addition to reducing temperature, the net aids in better ventilation.

Plastic mesh for shading netting
There are many intensities of OBAMALLA® shade netting depending on the requirements of the case.

Immediate shade to protect crops and plants from the sun, wind, rain, or hail.

Practical benefits

  • High resistance and durability: all nets are made of polyethylene monofilament and are treated to resist UV rays, with a lifespan of 8-10 years.
  • Excellent manageability due to the extreme flexibility of the material

Minimal storage volume

Additional applications in residential, commercial, and industrial areas

  • Decorative solution for outdoors: Ideal for curtains to achieve partial or total privacy and as fencing for gardens. It is also use to protect terraces, patios, gardens, plots, and plants from the wind.

Windbreaks

Ideal against wind action, acting as a more or less dense barrier. They provide protection against salt, sand, and dust. They prevent flower loss, protect new shoots, and prevent leaf drying.

greenhouse protected from the sun's rays by obamalla shading netting shading mesh
There are many purposes for OBAMALLA® shade netting which makes it a practical and versatile net.

Line of shade nets for agriculture and livestock

We offer a wide range of agricultural shade nets in different colors and shading levels. They are design to improve spectral transmission, providing optimal lighting and protection for crops and animals on farms. Coops and stables can be protect to reduce temperature and promote greater animal welfare.

plants under the shade of an OBAMALLA® netting shading netting
The OBAMALLA® shade netting is easy to use and install either at home or in agriculture.

By reducing solar radiation, damage to animals (cows, sheep, pigs, ostriches, for chicken coops, and other animals) is prevent. Shade nets provide the appropriate microclimatic conditions for each plant. Some species require humidity and relatively high temperatures. In greenhouses or shade houses, nets allow the passage of diffuse light. They also reduce the level of solar radiation according to the needs of each type of plant in its various stages of development.

Other uses of shade nets

Shade nets act as protection against the penetration of different insects and birds to cover fruit trees, vineyards, and water reservoirs for aquaculture.

greenhouse with plastic netting shading netting
It can also be used in aquaculture and in protection against bird attack.

They also protect orchards, vineyards, vegetables, and flowers against weather threats: wind, hail, frost. Their application method depends on the strength and characteristics of the support structure.

Fill out the form below to let us know your questions or comments:

Using shade netting in residential and commercial areas

Shading in agriculture with plastic nets

Plastic nets are use to shade crops, thus favoring the best temperature and humidity conditions. A significant problem facing global agriculture is the variation in crop yields. This is due to environmental variations such as drought, floods, high wind speeds, and high or low temperatures. Damage caused by stress can also lead to physiological disorders in crop plants. Cultivation techniques in protected environments can help overcome these problems, resulting in high yields and good quality harvests.

nursery shade netting
By protecting them from solar radiation, the shade netting helps to improve plant development.

Colored shade nets to modify the quantity and quality of sunlight

Factors that can be controlled to optimize plant growth include temperature, radiation, atmospheric composition (CO2 concentration), water supply, and plant nutrition.

Plastic nets for shading netting
Shade netting helps control radiation so that plants can grow properly.

Black plastic nets are the most common for shading. In fact, they have a long life and their cost is lower than that of colored shade nets. However, screens have been developed not only capable of reducing temperature intensity but also capable of filtering radiation for the benefit of plants without reducing photosynthesis. Colored nets, favoring photosynthetically active radiation, allow manipulation of plant physiological factors that depend on light. Thus, plants develop a longer stem, larger leaf surface area, more chloroplasts, and more chlorophyll. In fact, light-capturing cells are stimulate differently thanks to the photoselectivity of plastic nets. In other words, the net transmits or allows more light of certain wavelengths to pass through.

Selective filtering of solar radiation

It has been concluded that solar radiation is more selectively filtered in the case of colored shade nets compared to black nets. Additionally, part of the light is scattered. Thanks to shading nets, a suitable microclimate is create in tunnels, greenhouses, shade houses, seed production nurseries, seedlings, and garden plants, depending on the type of plant, stage of development, and sunlight intensity.

greenhouse with obamalla installed with shading netting
Shade netting can also be use to protect greenhouses from UV rays.

We offer a wide range of plastic nets for agriculture. These are characterize by different radiometric properties such as color, transmissivity/reflectivity/shading factor. They also differ in physical properties such as air permeability and various mechanical characteristics. For example, tensile strength, tear resistance, and durability.

Shading for increased crop yield

Shade nets have a characteristic weave and a certain pigmentation. Consequently, by applying shade nets, light and temperature variables can be control. Generally, increase growth and better quality for export crops are note. Fruit ripening times can also be controlled. Thanks to increase photosynthetic radiation, stem diameter can be increase or lengthened. A larger leaf area or higher chlorophyll content can also be promote. Plastic nets have proven to be very efficient for shading and mitigating the effects of light, especially in summer. Our nets can shade up to 95% with variable intensities depending on the needs. They can be apply in tunnels, greenhouses, shade houses, or open fields. In addition to reducing temperature, the net aids in better ventilation.

Plastic mesh for shading netting
There are many intensities of OBAMALLA® shade netting depending on the requirements of the case.

Immediate shade to protect crops and plants from the sun, wind, rain, or hail.

Practical benefits

  • High resistance and durability: all nets are made of polyethylene monofilament and are treated to resist UV rays, with a lifespan of 8-10 years.
  • Excellent manageability due to the extreme flexibility of the material

Minimal storage volume

Additional applications in residential, commercial, and industrial areas

  • Decorative solution for outdoors: Ideal for curtains to achieve partial or total privacy and as fencing for gardens. It is also use to protect terraces, patios, gardens, plots, and plants from the wind.

Windbreaks

Ideal against wind action, acting as a more or less dense barrier. They provide protection against salt, sand, and dust. They prevent flower loss, protect new shoots, and prevent leaf drying.

greenhouse protected from the sun's rays by obamalla shading netting shading mesh
There are many purposes for OBAMALLA® shade netting which makes it a practical and versatile net.

Line of shade nets for agriculture and livestock

We offer a wide range of agricultural shade nets in different colors and shading levels. They are design to improve spectral transmission, providing optimal lighting and protection for crops and animals on farms. Coops and stables can be protect to reduce temperature and promote greater animal welfare.

plants under the shade of an OBAMALLA® netting shading netting
The OBAMALLA® shade netting is easy to use and install either at home or in agriculture.

By reducing solar radiation, damage to animals (cows, sheep, pigs, ostriches, for chicken coops, and other animals) is prevent. Shade nets provide the appropriate microclimatic conditions for each plant. Some species require humidity and relatively high temperatures. In greenhouses or shade houses, nets allow the passage of diffuse light. They also reduce the level of solar radiation according to the needs of each type of plant in its various stages of development.

Other uses of shade nets

Shade nets act as protection against the penetration of different insects and birds to cover fruit trees, vineyards, and water reservoirs for aquaculture.

greenhouse with plastic netting shading netting
It can also be used in aquaculture and in protection against bird attack.

They also protect orchards, vineyards, vegetables, and flowers against weather threats: wind, hail, frost. Their application method depends on the strength and characteristics of the support structure.

Fill out the form below to let us know your questions or comments:

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