This agricultural insect-proof greenhouse net offers the perfect solution to safeguard your fruits, vegetables, and plants from pests while maintaining optimal growing conditions. The fine 0.3 mm mesh design allows the essential elements like sunlight, air, and water to permeate through while keeping harmful insects and small animals out. Built from durable and UV-resistant materials, this net is ideal for use in greenhouses, garden beds, and crop fields. It is easy to cut to fit any size and helps create a chemical-free environment for organic gardening. This versatile and eco-friendly netting ensures that your plants receive the best protection for healthy growth.

Features:

Effective Insect Protection: Designed to block insects, pests, and small animals while allowing vital elements like sunlight and water to pass through for proper plant care.

Durable and UV Resistant: Constructed from UV-resistant polyethylene, this netting is built to withstand outdoor exposure and harsh weather conditions.

Breathable and Permeable: Ensures excellent airflow and water passage, creating an ideal environment for plant growth while reducing excess moisture buildup.

Customizable Fit: Can be easily cut to various sizes to cover different garden setups, greenhouses, or crop fields.

Eco-Friendly Gardening Solution: Promotes chemical-free plant protection, ideal for organic gardening enthusiasts looking for a safe and sustainable option.

Specifications:

Material: High-quality polyethylene with fine mesh

Mesh Size: 0.3 mm

Available Sizes: 2.5 x 5 m, 2.5 x 6 m, 2.5 x 10 m (Choose size as per requirement)

Colour: White

Usage: Ideal for protecting fruit trees, vegetables, plants, and crops from pests in greenhouses or open gardens.

Package Includes:

1 x Insect-proof Greenhouse Net (Choose size based on selection)

Note:

Ensure the net is securely fastened around plants or greenhouse structures to avoid any gaps.

Store in a dry location when not in use to extend the lifespan of the material.

Slight variations in colour may occur due to different lighting and monitor settings.