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FAQ

Plastic nets act as a physical barrier, preventing birds from accessing fruit trees and thus protecting the fruits from being eaten or damaged by birds.
Yes, plastic nets are generally resistant to punctures.
Plastic nets act as a physical barrier that prevents birds from accessing and nesting in unwanted areas. The nets are typically placed over openings or structures to block birds' entry, discouraging them from building nests in these areas. This helps to protect buildings, machinery, and other structures from potential damage caused by nesting birds.
The cost of plastic nets can vary depending on factors such as the size, quality, and quantity required. It is best to check with suppliers or retailers to get specific pricing information.
Some common materials used to make plastic nets include polyethylene, polypropylene, and nylon.
Plastic nets contribute to an increased carbon footprint due to the significant environmental impact associated with their production, disposal, and potential for marine pollution. The extraction and processing of fossil fuels required to produce plastic nets result in greenhouse gas emissions, contributing to climate change. Additionally, the disposal of plastic nets often involves incineration or landfilling, further releasing carbon dioxide. When plastic nets enter the oceans, they pose a threat to marine life, as they can entangle or be ingested by animals, disrupting ecosystems and contributing to the overall carbon footprint.
No, plastic nets are generally not anti-static.
Plastic nets provide a stable and durable structure for climbing plants to grow on. They act as a support system, allowing the plants to cling onto the netting with their tendrils or stems. This helps the plants to grow upwards and prevents them from collapsing or sprawling on the ground. Additionally, the open design of the net allows sunlight and air to reach the plants from all angles, promoting healthy growth.