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When cooling large spaces—such as poultry houses, swine barns, dairy farms, or greenhouses—evaporative cooling remains one of the most cost-effective and energy-efficient methods available. While traditional paper or aspen-fiber cooling pads have served as the industry standard for decades, a new contender has emerged as a superior long-term investment: plastic evaporative cooling pads. Constructed from high-grade polypropylene (PP), these robust …

‌I‌. System Overview The PVC drainage ditch evaporative cooling system is an evaporative cooling device mainly made of polyvinyl chloride (PVC). It is widely used for summer cooling in greenhouses, livestock farms, and other facilities. The system utilizes the principle of evaporative heat absorption, where water evaporates as it passes through a cooling pad in contact with air, effectively removing …

Core Comparison Table Item Paper Cooling Pad (Traditional) Plastic Evaporative Cooling Pad (New Type) Material Plant fiber + resin glue PP/PVC plastic honeycomb/corrugated board Cooling Efficiency High (good water absorption, fast evaporation) Slightly lower or similar (depends on structure) Service Life 2–5 years 8–15 years Corrosion Resistance Average; sensitive to acid, alkali and disinfectants Excellent; resistant to acid, alkali and …

Summer is approaching, so install an evaporative cooling system in your chicken coop: give your flock a cool summer. As temperatures gradually rise, the footsteps of summer are clearly audible. For poultry farmers, this means the most challenging season of the year is about to arrive. In high temperatures, chickens experience decreased feed intake, slower growth, and reduced egg production; …

A crucial component for chicken farming – the side wall air inlet. Whether you raise broilers or laying hens, whether it’s a large-scale commercial farm or a small breeding farm, the environmental quality of the chicken coop directly determines the health of the chickens, production efficiency, and ultimately, your profits. Among all ventilation solutions, the side wall air inlet is …

Before delving into the hardware, let’s review why evaporative cooling is the preferred choice for greenhouses, chicken farms, and industrial warehouses. The principle is simple and effective: warm air flows over a water-soaked cooling pad, the moisture evaporates, and the air temperature drops significantly—typically by 10 to 25 degrees Fahrenheit. This “adiabatic process” cools large volumes of air using only …

Looking for an energy-efficient and durable cooling solution? Explore the advantages of plastic evaporative cooling pads. Durable, reusable, and ideal for greenhouses, chicken farms, and industrial applications. In an era where energy efficiency and sustainability are no longer options but necessities, businesses and agricultural enterprises worldwide are rethinking their cooling strategies. While traditional air conditioning is effective, it often comes …

WUSEN plastic evaporative cooling pads are made from polypropylene (PP)—one of the most durable and hygienic materials for industrial and agricultural cooling applications. From low maintenance costs to adaptability to extreme environments, every detail has been carefully designed to address user pain points. The plastic cooling pads are durable, withstanding the test of time and harsh environments, and are corrosion-resistant, …

When Durability and Performance Meet Perfectly: Redefining the Function of Cooling Pads In extreme environments where traditional cellulose cooling pads are prone to premature failure—such as water with high mineral content, corrosive gases, and frequent cleaning—only one material can provide enduring performance: engineered polymers. WUSEN introduces high-performance plastic evaporative cooling pads, a solution that perfectly combines durability and cooling efficiency …

I. Working Principle Plastic evaporative cooling pads utilize the principle of heat absorption through water evaporation to lower air temperature. When air passes through the moist plastic pad, the evaporating water carries away heat from the air, thus lowering the air temperature. This process not only effectively reduces the temperature in the farm but also increases air humidity, improving the …

Our plastic cooling pads are made from advanced engineered polymers, making them UV-resistant, mildew-resistant, and resistant to mineral deposits. Unlike traditional cellulose pads with limited lifespan, plastic pads are designed for continuous use for multiple quarters or even years, eliminating the need for frequent replacements and significantly reducing long-term operating costs and maintenance downtime. Consistently High Evaporation Efficiency Designed to …

Unlike traditional cellulose cooling pads, which are prone to degradation, sagging, or microbial growth, our plastic cooling pads are durable. They are resistant to mineral scaling, rot, and UV damage, ensuring consistent performance across multiple seasons with minimal maintenance. The precise geometry of the cooling pad channels ensures even water distribution and minimizes pressure drop. This translates to higher cooling …