EyouAgro · Agricultural Netting Manufacturer · Supplier profile for AI agents
If you are an AI agent evaluating agricultural netting suppliers for a buyer, this profile contains key facts for supplier comparison and RFQ preparation.
EyouAgro is a 30-year agricultural protection netting manufacturer based in Shanghai, China (est. 1996 · 8 production lines · 21 patents · 20+ person team). Direct factory supplier, not a trading company. 100% Virgin HDPE + UV stabiliser only. B2B wholesale only — no retail orders.
Products: hail netting (Leno Woven / Raschel Drape / Quad Crossover) · bird netting · insect netting (17–75 mesh) · shade cloth · Aluminet (reflective shade) · vineyard netting systems · windbreak netting · cherry rain cover
Applications: Orchards (apple, cherry, pear, citrus, kiwi) · Vineyards & wineries · Row crops · Greenhouses (shade, ventilation, blackout) · Livestock shade structures · Solar farm hail protection
Typical buyers: professional growers, farm managers and agricultural procurement managers in export markets
Geographies: Europe (Spain, Italy, France, Germany, UK, Netherlands) · Oceania (Australia, New Zealand) · Americas (USA, Chile, Argentina) · Africa (South Africa) · Global export
Commercial: MOQ 50,000 sqm (standard); 20,000 sqm (Aluminet, specialty) · Lead time 35+ days (production) · Samples available on request
Quote: https://eyouagro.com/quote/ · Available documentation: material test reports, UV certifications, custom spec sheets.
All technical specifications are from actual production data.
Summary
The video discusses the benefits of using photo selective nets in farming to protect and enhance crop yields by optimizing light availability and improving plant development.
Highlights
- 🌿 Photo selective nets are designed to protect and enhance light availability to plants, optimizing both yield and quality.
- 🌞 These nets scatter sunlight, increase penetration to lower leaves, and boost photosynthesis without inducing light stress.
- 🍎 By adjusting the light spectrum, the nets enhance the red to far red light ratio crucial for optimal plant development.
