PP Net Fill Product Introduction

Core Advantages

• Superior Material Performance: Made of high-quality PP, the product boasts excellent high-temperature resistance (operating stably in the range of -10℃ to 100℃), corrosion resistance to acids, alkalis, and salt solutions, and strong impact resistance. It maintains structural integrity even in harsh working conditions, ensuring long-term reliable operation .

• Optimized Structural Design: Featuring a mechanically joint grid structure, the non-glued assembly eliminates the risk of structural failure caused by adhesive aging. With a porosity of up to 97% and a specific surface area of 125 m²/m³, it achieves optimal air-water contact efficiency while minimizing wind resistance. At a wind speed of 1.5 m/s, the pressure drop is less than 15 Pa, significantly reducing energy consumption .

• Easy Installation & Maintenance: The integral design allows for hassle-free installation—simply place it on the bottom grid support without additional fixing. It can be easily cleaned with high-pressure washers, and its anti-clogging capability ensures no maintenance is required during long-term operation .

• Long Service Life & Cost-Effectiveness: With excellent anti-aging and wear-resistant properties, the service life exceeds 20 years. Its filling rate is only 30%-40% that of suspended fillers, reducing initial investment and long-term operation costs significantly .

• Environmental Friendliness: The PP material is non-toxic, odorless, and recyclable, complying with global environmental standards. It does not release harmful substances during use, making it suitable for eco-sensitive projects .

Key Technical Parameters

Wide-Ranging Applications

• Animal Husbandry Deodorization: Widely used in European countries for deodorizing livestock barns, it efficiently filters harmful gases and odors, improving the breeding environment .

• Cooling Tower Systems: Suitable for both counterflow and crossflow cooling towers, it performs excellently in medium to heavily polluted cooling water, enhancing heat transfer efficiency and resisting fouling .

• Wastewater Treatment: As a high-performance packing in biological contact oxidation tanks, it promotes full contact between sewage, air, and biofilm, effectively reducing organic matter, ammonia nitrogen, and turbidity in water. It avoids biofilm clumping and blockages, ensuring stable operation of treatment systems .

• Air Purification: Used in ventilation and air filtration systems (e.g., hospital air purification cabins), it achieves high filtration efficiency with low air resistance .

Enterprise Strength & Support