VineLine 8ft x 3300ft Trellis Netting - 6" Mesh Square

This roll is designed for the largest commercial greenhouse and high-wire operations where tall-profile, open-access coverage across an entire facility is the priority. The 8ft height accommodates the most demanding indeterminate training systems, the 6-inch mesh keeps every level of the canopy fully accessible at harvest, and the 3,300-foot length covers entire multi-row facilities from a single roll — eliminating restocking entirely.

The 6-inch mesh is the better choice when harvest access and plant visibility across the full 8-foot height take priority over tighter density control. The larger squares allow easier reach into the canopy at all levels across thousands of feet of row — well-suited to crops with larger stems or less dense growth habits where open access at every height level is the operational priority.

VineLine is manufactured at 10gsm (grams per square meter), which exceeds the typical 6–8gsm found in standard garden netting. This added material density translates to greater tensile strength, making it capable of supporting heavier crops without stretching or tearing across a full growing season.

VineLine trellis netting supports any vining or climbing crop, including tomatoes, cucumbers, beans, peas, and flowering crops. The 8ft height and 6-inch mesh combination is best suited to tall indeterminate varieties on high-wire systems in large commercial facilities where open canopy access and full vertical coverage across every row are required.

Yes. VineLine's polyethylene construction is designed for multi-season use. After harvest, the netting can be cleaned, dried, and rolled up for compact storage, then redeployed the following season without loss of structural integrity.

Run the netting vertically or horizontally between your greenhouse support structure at the desired canopy height, securing the top edge to overhead infrastructure and the bottom edge to lower support rails or posts. The continuous 3,300-foot roll eliminates mid-row joins entirely, allowing clean uninterrupted runs across every row of the facility from a single source.