Planning a High Pressure Misting System

Start With the Cooling or Humidification Target

A high pressure misting system must match the physical space it cools or humidifies. For cooling livestock barns, the nozzle spacing follows the animal density and airflow. For artificial fog in a greenhouse, the spray pattern must cover the plant canopy without wetting the soil. The system's success depends on consistent droplet size and no dripping after shutdown.

Anti Drip Nozzles Prevent Water Damage and Waste

Without anti-drip features, nozzles leak after pressure drops, causing water stains, mold, and increased water use. The MFD series nozzles include internal anti-drop equipment that seals the orifice when pressure is off. This is essential in indoor applications like textile workshops or man-made fog displays where wet floors create safety and maintenance issues.

Four brass compression fittings arranged in a row on a gray background

Nozzle Spacing Controls Cooling Coverage and Efficiency

Spacing between nozzles must align with the target's width and the spray angle. Too far apart, and coverage gaps appear. Too close, and droplets overlap, reducing evaporation and increasing water use. The system's pressure and nozzle design determine the spray reach, so spacing is set based on the actual operating pressure and droplet evaporation rate.

Water Quality Determines Nozzle Lifespan

Hard water or suspended solids in the supply can block or erode the orifice over time. The MFD series uses wear-resistant tip materials and a non-blocking design, but even these are limited by water quality. Use of a filter is recommended when the water source is not treated, especially in long-term installations.

High Pressure Creates Fine Droplets Without Air

The MFD nozzle uses internal guide vanes to create a centrifugal vortex under 20 to 70 kg/m² (290 to 1015 PSI). This forces the liquid through the orifice at high speed, breaking it into droplets 3 to 70 microns in size. No external air is needed, so the system remains simple and requires no air compressors.

Material Selection Matches the Application Environment

The nozzle body is made of stainless steel, which resists corrosion in humid or chemical environments. Choose the body material based on the liquid's chemical properties and the ambient temperature.

Test One Nozzle Before Full Installation

Spray coverage and droplet size can vary with pressure, temperature, and water quality. Install one nozzle at the intended position, run the system under actual conditions, and check for even distribution and no dripping. Trial samples can be sent free of charge and are ready within 10 days.