Gezi Plastic Tomato Bitter Plant Support Net HDPE Vegetable Climbing Trellis Netting for Greenhouse

• Color: Green
• Material: PP
• Type: Plastic Net
• Plastic Net: Plant Nets
• Transport Package: by Sea
• Specification: Trellising Net
• Trademark: GZ
• Origin: China
• HS Code: 025
• Production Capacity: 50000individual/Year

Product Description

GEZI Plastic Tomato Bitter Plant Support Net HDPE Vegetable Climbing Trellis Netting For Greenhouse

Product details:
Plant trellis net provides excellent support for crops and vegetation while increasing yields for climbing vegetables. Our trellis netting has great durability and is used by many agriculturists and botanists in the field. Below we have trellis netting shown in two separate mesh sizes. Choose your mesh sizes and your length and purchase trellis netting for your garden or farm today.

Product Specification:

Product Description
Size	Width:1-4 m. Length:as required
Material	100% Virgin HDPE with UV
Weight	8g/m2
Color	White, green etc.
Weaving method	Extruded
Package	Roll
Using life	1-3 years
Usage	Plant Climbing

Advantages of Cucumber Net:
• Encourage the growth of runner beans and sweet peas.
• Ideal vertical and horizontal support for climbing plants and vegetables.
• Provide all-round support for young plants in the early stages of growth.
• Very long-term free maintenance.


Application of Cucumber Net:
1. Improve plant quarantine conditions.
2. It has strong anti-ultraviolet degradation performance and is made of bidirectional polypropylene, which can increase the strength, so it can support the weight of vegetables and leaves even under strong wind conditions.
3. As the amount of sunlight is increased, the efficiency of photosynthesis is improved.
4. Vertically supported factories will not be vulnerable to accidental damage by passing workers. Therefore, it can extend the life expectancy of the factory and reduce the number of cuts.
5. Increase ventilation, reduce humidity-related diseases and fungi.
6. It can make sprayed agrochemicals better penetrate into its leaves.
7. Promote pruning and harvesting. Increase the size and quality and appearance of the fruit.
8. Increase planting density, increase flowering and pollination rate.
9. Reduce the mechanical transmission of pathogens among workers.