• Dark Green Agriculture Sunshade Net with 6 Needles System 1
  • Dark Green Agriculture Sunshade Net with 6 Needles System 2
Dark Green Agriculture Sunshade Net with 6 Needles

Dark Green Agriculture Sunshade Net with 6 Needles

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Loading Port:
Ningbo
Payment Terms:
TT OR LC
Min Order Qty:
100000 m²
Supply Capability:
10000000 m²/month

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Dark Green Agriculture Sunshade Net with 6 Needles

Specifications

sunshade net

Raw material 100% new HDPE +masterbatch+UV

Standard width As client's requirement but the 6.5m more we need to join

Standard length As client's requirement

Shade rate 60%~90%

Using age 3~5 years

Color available client's requirement

Exported to America,Europe,Min east etc

Delivery time  (20' GP) 20 days for a 20' GP container

Delivery time  (20' GP) 40 days for a 40' HQ container

Packing roll for 100m length or bag for 10m length

Min order 3 tons

Terms of payment T/T,L/c

Dark Green Agriculture Sunshade Net with 6 Needles

Application:

1.Agricultural: 

    Plastic mesh agricultural shade net offers protective covers specifically for agricultural use to enhance earlier, higher yields and protection against winter weather, spring freezes and pests.  This kind of shade net increases soil and air temperature during daylight hours and it slows heat loss and aids in maintaining soil temperatures at night.

2.Horticultural:

    Plastic mesh agricultural shade net offers protective covers specifically for agricultural use to enhance earlier, higher yields and protection against winter weather, spring freezes and pests.  This kind of shade net increases soil and air temperature during daylight hours and it slows heat loss and aids in maintaining soil temperatures at night.

3.Windbreak field:


Q:Are agricultural plastic products used in organic pest control methods?
No, agricultural plastic products are not typically used in organic pest control methods. Organic pest control methods focus on using natural and environmentally friendly techniques, such as beneficial insects, crop rotation, and trap crops, rather than relying on synthetic materials like plastic.
Q:What are the potential long-term effects of using agricultural plastic products?
The potential long-term effects of using agricultural plastic products include environmental pollution, soil degradation, and negative impacts on wildlife. Plastic waste can persist in the environment for hundreds of years, leading to the accumulation of non-biodegradable materials in soil and water bodies. This can disrupt natural ecosystems and harm plant and animal life. Additionally, the breakdown of plastic releases harmful chemicals and microplastics, which can contaminate soil and water sources. Proper disposal and sustainable alternatives are crucial to mitigate these long-term effects and ensure a more environmentally friendly agricultural industry.
Q:i use plastic water bottle is it good for health
glass bottles arethe best for cleanliness, plastic is better than aluminum but must be stored in a cool area. The important thing is to make sure that the water you store is clean. Like Distilled water the purest, and reverse osmosis water the 2nd cleanest water and 3rd would be charcoal filtered water. The plastic clear white gallons like from walmart can be used to store your water 3 to 6 months if filtered and up to a year if the water is distilled. plastic with water in heat can leach which yoyur body will get traces of bisphenols which comes from the petroleum in the plastics. So remember, store in a very cool area.
Q:What are the different types of plastic films used in horticulture?
There are several types of plastic films commonly used in horticulture, including polyethylene (PE), polyvinyl chloride (PVC), and ethylene vinyl acetate (EVA). PE films are the most commonly used due to their affordability and versatility. They come in various thicknesses, UV stabilizers, and colors to suit different plant-growing needs. PVC films are durable and provide better insulation, making them suitable for long-term use in greenhouses. EVA films are known for their high light transmittance and are often used in applications that require maximum light transmission, such as shade cloths or greenhouse covers.
Q:just an observation. Is it in the spring, or is it because plastic is more malleable and creates stress razors easier over time?
Poor structural design. Plastic is slick and requires more spring force to hold clothes in line. To increase the force per PSI, the plastic pins should have a small stress area where the pin meets the product. The contact area should be reduced a hundred fold. Plastic structural design is faulty. To reduce production cost, the load bearing cross sectional area is too small. An I bean construction with increased web thickness should be incorporated into the plastic pin design. Unfortunately, plastic gets a bad name because the structural engineer conformised on the plastic pin design. Protective coatings are available to prevent environmental conformise. None are employed on plastic pins in order to be competitive. The question remains If a structurally competitive pin cost more than the fatigue design, would the purchasing customer select the superior design even though it cost more? If not, no matter how superior the new design, the product would go bankrupt. The follow up question is raised Does the customer select and purchase the lower cost failed plastic structure simply because the wooden design initially cost more? Do plastic pins cost more in the long run because of the higher failure rate? How can customers be intelligently informed during the selection process adequate to make an informed decision?
Q:How does agricultural plastic affect water conservation?
Agricultural plastic can have both positive and negative impacts on water conservation. On one hand, the use of plastic mulch and drip irrigation systems can significantly reduce water wastage by minimizing evaporation and directing water directly to the roots of plants. This can lead to higher water use efficiency and reduced water consumption in agriculture. On the other hand, improper disposal or management of agricultural plastic can contaminate water sources. Plastic waste can end up in rivers, lakes, and oceans, posing a threat to aquatic life and impacting water quality. Therefore, responsible plastic waste management practices are crucial to mitigate the negative effects on water conservation.
Q:Are nursery trays suitable for starting plants from adventitious roots?
No, nursery trays are not suitable for starting plants from adventitious roots. Adventitious roots are formed from non-root tissues, such as stems or leaves. They require a more controlled environment, such as a propagation tray with appropriate media and moisture levels, to successfully develop into new plants.
Q:Are there any ongoing research projects on agricultural plastic products?
Yes, there are several ongoing research projects on agricultural plastic products. These projects aim to explore sustainable alternatives to traditional plastic materials used in agriculture, assess the environmental impact of plastic waste in farming, and develop innovative recycling and disposal methods for agricultural plastics. Additionally, research is being conducted to improve the durability and longevity of agricultural plastic products, reduce their carbon footprint, and enhance their efficiency in various farming practices.
Q:Can nursery trays be used for vertical gardening?
Yes, nursery trays can be used for vertical gardening. They can serve as a convenient and cost-effective option for growing plants vertically, especially when they have multiple cells or compartments that can accommodate different plants. By attaching the trays to a vertical structure or using a wall-mounted system, plants can be grown upwards, maximizing the available space and creating a visually appealing garden. However, it is important to ensure proper drainage and consider the weight and stability of the trays when using them for vertical gardening.
Q:I have been doing a science experiment for clas,s and have seen if mushrooms last longer in paper or plastic bags. After doing the assignment. The mushrooms kept in the plastic fresh seel bags have lasted longer. HELP ME if my experiment wrong or right.P.S i used the plastic bags with the seel on top its makes vegetables last longer. am i right or wrong?
If you used the plastic bags that absorb the gasses that cause spoilage, then it's technology changing your results. If you're talkin' old-school paper versus old-school plastic, put the mushrooms in paper. Technology changes everything, so you're not wrong, you just need three categories instead of two. Easy. The instructor will be impressed by your ability to see past the traditional experiment and incorporate the new technology into your findings. Paper:? Plastic bag:? New Veggie-fresh plastic bags:? Give more than was expected. It's a sure A.

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