vineyard picking nets-manufacture,factory,supplier from China

The oliva nets has a lightweight and durable design, which can efficiently capture ripe olives, reduce losses from fallen fruits, and improve picking efficiency.

vineyard: Vineyards are one of the main application scenarios for anti-hail nets.

Green olive nets is made of environmentally friendly and durable materials, and is designed for efficient and non-destructive olive picking.

Large-scale olive plantations:In large-scale olive plantations, the use of harvesting nets can greatly improve picking efficiency and reduce picking costs, and is one of the important tools for modern agricultural production.Steep or inaccessible planting areas:For olive trees growing on steep slopes or inaccessible areas, traditional picking methods may face great difficulties.

vineyard: Vineyards are one of the fundamental utility eventualities for anti-hail nets. Especially in hail-prone areas, anti-hail nets are of high-quality value to defend vines and fruits from hail damage. Other orchards: In addition to vineyards, anti-hail nets can additionally be utilized to different orchards, such as apple orchards, pear orchards, etc., to defend fruit timber and fruits from herbal disasters.

Large-scale olive plantations: In large olive plantations, the use of harvesting nets can greatly improve the efficiency of picking, which is suitable for quickly completing the harvesting task and reducing the labor and time costs during the picking period.Steep or inaccessible planting areas: For olive trees growing on steep slopes or inaccessible areas, traditional picking methods may face great difficulties.

Production processThe production process of vineyard hail net mainly includes the following steps:Raw material selection: polyethylene with anti-aging, anti-ultraviolet and other chemical additives is selected as the main raw material.Wire drawing manufacturing: The selected raw materials are made into mesh fabrics through wire drawing process.Cutting and splicing: Cut into appropriate sizes according to needs and splice with nylon rope and other connecting materials.Quality inspection: The quality of the manufactured hail net is inspected to ensure that its tensile strength, heat resistance,

Olive grove picking: The most direct application of the olive collection net is picking olives in the olive grove. By mechanically shaking the olive trees or using other methods to cause the olives to fall, and then collecting them using collection nets, picking efficiency and quality can be greatly improved. Olive processing enterprises: For olive processing enterprises, the use of olive collection nets can reduce the loss and pollution of fruits during picking and transportation, and improve the quality and safety of raw materials.

Olive plantations:In large-scale olive plantations, olive collection nets are indispensable picking tools. It can greatly improve picking efficiency, reduce picking costs, and protect fruit quality, bringing higher economic benefits to growers.Steep or inaccessible planting areas:For olive trees growing on steep slopes or inaccessible areas, traditional picking methods may face great difficulties. At this time, the application of olive collection nets is particularly important.

Olive Harvest Net Production ProcessMaterial Selection: Select high-strength, wear-resistant, soft and lightweight materials, such as high-density polyethylene (HDPE), to ensure the durability and comfort of the harvesting net.Design and Drawing: According to the characteristics of olive trees and picking needs, design the shape, size and mesh size of the harvesting net, and draw detailed drawings.Cutting and Sewing: According to the design drawings, cut the materials into the required shape and size, and then sew or weave to form a complete harvesting net.Quality Inspection: Carry out quality

Fruit harvesting nets can effectively reduce fruit damage and improve collection efficiency. They are suitable for all kinds of orchards and family vegetable gardens. Their production includes material selection, design, weaving and quality inspection. They need to be protected during packaging and transportation. They are widely used in modern agricultural production.Production processMaterial selection: Choose suitable materials, such as polypropylene, polyethylene, etc.

The fall protection nets is woven with high-strength materials and has excellent load-bearing and wear-resistant properties.

Heavy-duty scaffolding net is a reinforced scaffolding system designed for large-scale construction projects. It has super load-bearing capacity and high stability to ensure safe and efficient construction. It is widely used in complex projects such as bridges and high-rise buildings.Manufacturing processThe manufacturing process of heavy-duty scaffolding nets includes the following steps:Material selection: HDPE (high-density polyethylene) is generally used as the material.

The hail nets is an agricultural protection facility, mainly used to block hail, protect crops from damage, reduce the impact of natural disasters on crops, and ensure the safety of agricultural production.Function of hail netsThe main function of hail nets is to protect crops from damage caused by natural disasters such as hail, heavy snow, and freezing.

The debris nets is woven with high-strength plastic fibers and is specially designed to intercept falling debris from high altitudes. It effectively protects the safety of people below and is easy to install and maintain.

Orchard harvesting net is a tool used to collect fallen fruits during the fruit ripening season. It can not only reduce the damage caused by falling fruits, but also improve the collection efficiency of fruits. It is suitable for various orchards. Its production process includes material selection, wire drawing, weaving, cutting and quality inspection. It needs to be protected during packaging and transportation.

The black olive nets is woven with high-density polyethylene, which is wear-resistant and durable. The fine mesh prevents the olives from falling and improves the harvesting efficiency. It is light and easy to carry, suitable for different terrains, and ensures that the fruits are intact.

Oliva Net are specially designed for olive trees and woven with high-strength materials. They are lightweight and durable, and can effectively collect ripe olives, improve picking efficiency, and reduce labor intensity.

Production processMaterial preparation: According to the needs and uses of the safety net, choose suitable materials, such as polyethylene, nylon, etc. At the same time, prepare necessary auxiliary materials, such as mesh wire, magnet strips (for adsorbing mosquito nets on skylights), etc.Cutting and weaving: According to the size of the skylight, cut out the safety net material of appropriate size. Then, weave the material into a mesh structure.

The scaffold nets is specially designed for construction sites for enclosure and protection, effectively isolating the construction area, preventing objects from falling, and ensuring the safety of personnel.

Roof safety nets are woven with high-strength recycled materials to provide reliable protection, effectively prevent people and debris from falling, and ensure safe and worry-free high-altitude operations.

30GSM to 50GSM weight olive net are light and tough, weighing only 30 to 50 grams per square meter, and are designed for efficient picking.

Olive plantations:In large-scale olive plantations, olive series nets are essential selecting tools. It can noticeably enhance selecting efficiency, limit selecting costs, and defend fruit quality, bringing greater financial advantages to growers.Steep or inaccessible planting areas:For olive bushes developing on steep slopes or inaccessible areas, usual selecting techniques can also face magnificent difficulties. At this time, the software of olive series nets is specifically important.

The construction debris safety nets is woven with high-strength plastic material, which can effectively intercept falling debris during construction and ensure the safety of people and property in the area below.