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Leaf wetness is one of the most common reasons growers feel a polyhouse misting system (low pressure) “isn’t working right.” The system may be cooling the air, but if leaves stay wet for long periods, it can increase disease pressure, affect flowering/fruit set, and slow down overall plant performance. This guide explains how to prevent […]

In a polyhouse, evaporative cooling only works when the air can still absorb water. That’s why the same polyhouse cooling system can perform very differently across seasons: on dry days it cools fast, and on humid days it cools less and can increase wetness/condensation. The good news: if your setup is automatic, you don’t need […]

A fogging system works best when the nozzles are spaced correctly, the lines are planned well, and the system is split into zones. If you guess these parts, you may get weak fog, wet floors, or uneven cooling. This guide explains sizing in simple steps. 1) Decide your goal Your goal decides how strong the […]

Fogging systems are designed to atomize water into fine droplets that evaporate in mid-air for cooling, dust suppression, or humidity control. When placement or settings are off, droplets merge, fall out of the air, and create wet floors—leading to slip hazards, product issues, and downtime. This guide shows how to prevent surface wetting using correct […]

A fogging system is a precision setup designed to atomize water into ultra-fine droplets for cooling, dust suppression, humidity control, or odor management. When maintenance slips, performance drops fast—nozzles clog, droplet size increases, pressure becomes unstable, and you may end up with wet floors and safety hazards. Use this checklist to keep atomization efficient, pressure […]

Cooling mist systems are widely used in industrial plants, greenhouses, outdoor patios, dairy farms, warehouses, and commercial spaces to control temperature and improve comfort. However, simply installing a mist system is not enough. To achieve maximum performance, businesses must focus on cooling mist system efficiency optimization techniques that enhance cooling output while reducing water consumption […]

As the summer sun beats down, the roof becomes one of the hottest parts of a building. This heat doesn’t just stay outside—it seeps indoors, raising indoor temperatures, increasing AC usage, and pushing up energy bills. Whether it’s your home, office, or factory, cooling the roof is one of the smartest ways to improve comfort […]

Introduction: Why Cooling Matters in Factories Factories generate substantial heat from machinery, processes, and even human activity. Without proper cooling, high temperatures can: Choosing the right cooling solution depends on your industry, facility size, climate, and energy efficiency goals. 1. Evaporative Cooling Systems Best for: Hot, dry climatesEvaporative coolers (swamp coolers) use water evaporation to […]

Introduction: Why Natural Cooling Matters As global temperatures rise and energy costs soar, architects, engineers, and homeowners are turning to natural cooling systems—innovative, low-energy solutions that harness climate, building design, and natural airflow to keep interiors comfortable. Natural cooling is more than a cost-saving tactic—it’s a cornerstone of sustainable architecture, reducing greenhouse gas emissions while […]