POLYESTER PLANT TRELLIS NETTING, 5X30'
POLYESTER PLANT TRELLIS NETTING, 5X30'
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- A plant grow net designed to improve lateral plant growth, reinforce fruit and bud weight support.
- High-quality polyester with tearproof interweaving that bears heavy climbing fruits and vegetables.
- Non-abrasive 6x6” mesh provides plant stem protection, allows ample space for pruning and picking.
- Versatile installation in A-frame, horizontal, or vertical array and easily cut to fit your gardening use.
- 5x30’ trellis netting for flowers, green peas, tomatoes, eggplants, and other vined crop loads.
PRODUCT DESCRIPTION
Agricultural plant netting designed for climbing fruits and vegetables to provide weight-bearing support and improve lateral or upward plant growth. Each trellis net features 6” x 6” cells that accommodate most plants, providing soft stem protection while allowing space for pruning and picking. The tearproof interweaving design creates a heavy-duty polyester plant trellis netting capable of withstanding acute stretching. Its soft texture enables use with flowers, green peas, tomatoes and other vined climbing fruits and vegetables.
APPLICATIONS
This horticulture netting is suitable for use in outdoor and indoor applications, capable of being installed horizontally, vertically, or in an A-frame array. Simply install the trellis net by a wooden post or similar structure so that it retains its shape and structure. Horizontal configurations allow you to create a scrog system that leaves ample space for pruning and picking. Vertical mounting enables support for climbing plants to avoid contact with the ground and disease. A-frame applications are best used to support the weight of gourds like cucumbers, squash, and eggplants.
Product Identification Manufacturer AC Infinity Inc. Product Name Polyester Trellis Netting 5x30' Product Model AC-TNA30 UPC Code 819137021600 Product Dimensions Total Size 5 x 30 ft. (152.4 x 914.4 cm) Cell Size 6 x 6 in. (15.24 x 15.24 cm) Product Performance and Technical Specs Net Material Polyester Design Interweaving