AASHNA 4 Nozzle for All Types of Battery Sprayer

• Nozzle Type: Four-Hole (4-Face/4-Way)
• Compatibility: Universal fit for all standard Battery-Operated Knapsack Sprayers,
• Material: Heavy-Duty Plastic (commonly ABS or PVC), often with a brass internal thread or plastic thread for attachment.
• Operating Pressure: Compatible with the working pressure of battery sprayers, usually around 2 Bar to 5 Bar (approx. 30 PSI to 75 PSI).
• Spray Pattern: Produces a Mist, Cone, or Multi-Directional Shower pattern for wide and uniform coverage.
• Connection/Thread Size: Typically features a standard thread for connecting to the sprayer lance/gun
• Application: Ideal for Pesticides, Herbicides, and Liquid Fertilizers in agriculture and gardening.

Features

• Four-Hole Design: Features 4 outlets for a wide, uniform spray pattern, ensuring quick and efficient coverage of crops and gardens.
• Universal Compatibility: Designed to fit and work with all types of battery-operated (knapsack) sprayers for easy replacement or upgrade.
• Durable Material: Constructed from high-quality, heavy-duty plastic for longevity and resistance to agricultural chemicals/corrosion.
• Multi-Purpose Use: Ideal for spraying a variety of liquids, including pesticides, herbicides, fungicides, and liquid fertilizers.
• Efficient Spraying: Delivers an effective mist or fine spray, which is crucial for uniform application and deep penetration into foliage.
• Easy Installation: Designed for quick and secure attachment to the sprayer lance/gun, minimizing downtime.

Applications

• Crop Protection: Applying pesticides and insecticides on row crops (e.g., cotton, vegetables, paddy) and field crops.
• Weed Control: Broadcasting herbicides for selective or non-selective weed management.
• Nutrient Application: Spraying liquid fertilizers and micronutrients.
• Fruit Trees and Shrubs: Delivering fungicides and insecticides to treat foliage and prevent disease.
• Vineyards: Targeted application for grapevines.
• Home/Kitchen Gardens: Applying plant protection chemicals and foliar feed to vegetables and flowers.
• Lawns: Even distribution of liquid lawn fertilizers and weed killers.
• Controlled application of chemicals on young plants and propagation material in confined spaces.
• Spraying disinfectants or cleaning solutions on surfaces in storage areas, small warehouses, or livestock pens

Usage

• General Crop Spraying (Wide Coverage):
• Method: Hold the spray lance/gun at a consistent, moderate distance (e.g., 18–24 inches) above the crop canopy.
• Benefit: The four-hole design creates a broad cone or shower pattern, allowing the operator to cover a larger area quickly and ensure that the liquid reaches the upper and middle foliage of the plants uniformly.
  
  
• Pesticide & Insecticide Application (Quick Area Treatment):
• Method: Use a steady, sweeping motion across the target area at a consistent speed.
• Benefit: The increased flow rate and wider pattern compared to a single-hole nozzle are ideal for time-sensitive applications, such as when treating a pest outbreak across a large field or garden.
  
  
• Foliar Fertilizer/Nutrient Spraying (Uniform Distribution):
• Method: Adjust the sprayer pressure (if applicable on your model) to a medium-low setting to produce a fine, gentle mist that adheres well to the leaves without running off.
• Benefit: Ensures that nutrients are distributed evenly across the leaf surface of the plants, which is crucial for maximizing absorption and effectiveness.
  
  
• Weed Control (Ground-Level Coverage):
• Method: Direct the spray nozzle closer to the ground, focusing the wide pattern just above the target weeds.
• Benefit: Provides excellent ground coverage for broadcasting herbicides across a lawn or field, preventing missed patches that often occur with narrower spray tips.
  
  
• Targeting Dense Foliage (Multi-Directional Penetration):
• Method: Use the multi-directional output of the 4 holes to spray from slightly different angles as you move along the rows.
• Benefit: The multi-stream pattern helps the spray penetrate denser plant canopies, ensuring the chemical reaches pests or diseases hidden deeper within the plant structure.