Deadline Ornamental Snail Bait - 25 lb

Deadline® Ornamental Snail Bait – 25 lb Deadline® Ornamental Snail Bait is a professional-grade molluscicide formulated to protect landscapes, flower beds, and ornamental plants from destructive slugs and snails. With 4% metaldehyde and the SNARE™ attractant, this bait draws pests away from valuable plants for fast, targeted control. The durable mini-pellet formulation is rain and irrigation resistant, delivering reliable performance even after heavy watering or up to six inches of rainfall over a 14-day period. 4% metaldehyde active ingredient paired with SNARE™ attractant to lure slugs and snails away from ornamentals Rain and irrigation resistant mini-pellets provide long-lasting protection in damp conditions Covers up to 100,000 square feet per 25 lb bag at the labeled rate Ideal for ornamental landscapes, lawns, nurseries, greenhouses, and around shrubs, trees, and flower gardens Creates a protective barrier around plants to help prevent feeding damage before it starts How to apply Apply as an outdoor soil surface treatment around ornamental plants, flower beds, shrubs, trees, or gardens. Evenly distribute the pellets in a 1-foot-wide barrier around the area or individual plants you wish to protect. For best results, apply in the evening after rain or watering, when slugs and snails are most active. Use ¼ pound per 1,000 square feet (approximately one 25 lb bag treats up to 100,000 sq. ft.). Reapply as needed according to the product label if slug or snail activity continues. Where to Use Ornamental landscapes Flower beds Ground covers Lawns Around trees and shrubs Nurseries and greenhouses Around listed food-bearing trees and plants (follow all label directions and restrictions) Important notes Always read and follow the product label before application. Keep children and pets away from treated areas until the bait has been properly applied according to label directions. Do not allow pellets to contaminate water sources. The pellets may stain masonry or decorative stone surfaces if left in contact with them.