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Cooling Efficiency Our cooling pads are manufactured with precisely engineered cross-corrugated angles, optimizing the balance between airflow resistance and water contact. This engineering detail ensures maximum heat exchange efficiency, resulting in cooler air output—typically 10-25°F (6-14°C) lower than the incoming air temperature in dry conditions. Key Features and Benefits ✅ High-efficiency cross-corrugated design for maximum evaporation. ✅ Resin-bonded cellulose for …

What is Evaporative Cooling? Evaporative cooling is a natural physical process where water evaporation absorbs heat from the surrounding air, thus lowering the air temperature. How do Evaporative Cooling Pads Work? Our evaporative cooling system consists of special cellulose pads, a water pump, a fan, and a water supply system. Dry, hot air is drawn in and passed through the …

Our cooling pads are made from durable PP material. They are more resistant to weathering, mineral deposits (scale), and biodegradation than traditional cellulose or aspen cooling pads. This means a longer lifespan, less frequent replacements, and lower long-term costs. Optimal water distribution and maximum air contact surface area are achieved. This ensures rapid and efficient evaporation, significantly lowering temperatures even …

Durability: Say goodbye to frequent replacements! Our patented plastic material effectively prevents mineral blockage, algae growth, and physical aging. Year after year, consistently reliable performance. Cooling Efficiency: Scientifically designed surface area and water flow channels ensure maximum air contact, providing powerful and stable cooling even in the hottest and driest climates. Eco-friendly and Energy-saving: Up to 80% less energy compared …

The principle is quite simple. An evaporative cooler (also known as a wet curtain cooler) draws hot, dry outdoor air into a water-soaked cooling pad. As the air passes through the pad, water evaporates from its surface. This phase change absorbs a significant amount of latent heat from the air, causing a substantial drop in temperature. The cooled, humidified air …

Durability and Lifespan: Polyurethane offers excellent corrosion resistance, moisture resistance, and chemical resistance. It can withstand the high humidity environment of pig farms, as well as the corrosive effects of manure gases (such as ammonia) and disinfectants. Unlike metal inlets that are prone to rust or plastic inlets that are easily broken in extremely cold temperatures, our polyurethane inlets maintain …

Evaporative cooling is nature’s natural air conditioning. When dry, hot air flows through a medium saturated with water, the water evaporates, absorbing a significant amount of heat and thus significantly lowering the air temperature. For decades, cellulose cooling pads have dominated the market. While effective, they have limitations: they are prone to organic decay, algae growth, and mineral blockage, and …

Material and Structural Characteristics The evaporative cooling pad uses special polymer materials and wood pulp fibers as its base material, forming a corrugated porous structure through molecular spatial cross-linking technology. Its core advantages are. High Water Absorption:The point contact design between each fiber layer, combined with highly water-resistant adhesive materials, ensures that the structure remains sturdy even in high humidity …

A Comprehensive Comparison of Durability, Efficiency, Cost, and Maintenance – Revealing Which Cooling Pad Material is Best for Your Needs When choosing a cooling pad—a core component of an evaporative cooling system—consumers often face a crucial decision: plastic or traditional paper? These two mainstream materials differ significantly in performance, lifespan, and user experience. Choosing the wrong material can lead to …

Why Choose Plastic Evaporative Cooling Pads? Durable Say goodbye to easily rotten and deformable paper cooling pads! Our robust cooling pads are made from high-tech polymer plastics. Corrosion and Mildew Resistance: Resistant to algae and chemicals, maintaining structural integrity even in high-humidity environments. Washable and Reusable: A simple rinse restores optimal performance, eliminating the need for frequent replacements and significantly …

The cooling pads are made from specially designed cross-corrugated cellulose paper, creating a large surface area within a limited space. As water droplets seep through the layers of paper, a remarkable cooling effect occurs when a fan draws dry, hot air into the moistened pads. The air temperature is significantly reduced—typically by 5-11°C (10-20°F)—and gently humidified, continuously delivering fresh, naturally …

Farm exhaust gases are a formidable opponent: containing high levels of ammonia, hydrogen sulfide, and corrosive moisture, they rapidly degrade inferior packing materials, leading to frequent replacements, reduced purification efficiency, and unexpected costs. Our odor control grid packing is made from high-density polypropylene (PP) plastic, a material chosen for its exceptional durability in farm environments. Excellent Corrosion and Chemical Resistance …