MroMax Flat Fan Spray Tip – 14Pcs 110° 0.4mm Nozzles for Backpack Sprayer, Garden & Greenhouse (Red)

Overview

Meet the MroMax Flat Fan Spray Tip set, a compact and durable solution built for versatile outdoor spraying. This 14‑piece plastic nozzle set centers on a precise 0.4 mm aperture and a broad 110° broadcast pattern, designed to help you cover larger areas with fewer passes when paired with a compatible backpack sprayer. The lightweight construction makes handling easier during setup and operation, while the durable plastic resists everyday wear in outdoor environments.

Designed for garden and greenhouse tasks, these nozzles offer a consistent spray feel and an even distribution across a wide swath. The flat fan geometry helps deliver a balanced mix of coverage and droplet size, reducing gaps and dry patches as you work your way through beds, lawns, and rows.

Key features

• Flat fan spray pattern for even coverage across broad areas.
• 0.4 mm orifice balances droplet size for mid-range distribution.
• 110° spray angle supports wide-area broadcasting from moderate heights.
• Lightweight, non-toxic plastic construction that stays durable through regular use.
• 14-piece nozzle set provides multiple options and easy replacements for backpack sprayers.
• Designed for practical heights; a recommended broadcast height around 20 inches from the top of grass.

Practical uses

• Garden spraying for targeted plant care and even coverage across beds and borders.
• Greenhouse spraying where uniform distribution helps maintain consistent treatment in enclosed spaces.
• Cleaning, cooling, and dust removal tasks in outdoor and semi-outdoor settings.
• Weed suppression and light application tasks where a moderate droplet size is desirable.

Usage tips

Attach the nozzle set to a compatible backpack sprayer and test spray on a small, inconspicuous area first. Hold the nozzle level and maintain a steady distance (around 20 inches) from the surface to achieve even coverage. Store the nozzles in a cool, dry place to preserve material integrity over time.