Holiday Special 24x24x4 Koch Multi-pleat Xl10 Merv 10 102-380-030 (6 Filters) Collection [4KVDSrjI]

24x24x4 Koch Multi-Pleat XL10 MERV 10 Filters

Discover the superior air filtration solution with the Koch Multi-Pleat XL10 MERV 10 filters. These high-performance filters are designed to deliver exceptional efficiency and durability, making them an ideal choice for a wide range of applications. With their MERV 10 rating, these filters offer superior dust and particle retention, ensuring clean and healthy indoor air. The Koch Multi-Pleat XL10 series stands out with its extended surface pleated panel design, providing a larger filtration area for increased efficiency and longer filter life.

Key Product Features

The Koch Multi-Pleat XL10 MERV 10 filters are constructed with a unique blend of specialized fibers, developed by Koch Filter Corporation. This media operates on mechanical filtration principles, ensuring high efficiency without relying on electrostatic charge. The filters offer low resistance to airflow, maintaining optimal system performance while reducing energy consumption. Key features include a sturdy double-wall frame design, moisture-resistant beverage board frame, and availability in various depths (1", 2", 4", and 6"). The MERV 10 rating guarantees superior performance, making them an excellent upgrade from disposable filters and standard MERV 6 and 7 rated pleated filters.

Applications and Benefits

The Koch Multi-Pleat XL10 MERV 10 filters are a perfect fit for environments that demand the highest level of indoor air quality, such as hospitals, laboratories, pharmaceutical plants, and commercial office buildings. These filters are engineered to provide long-lasting performance, reducing the frequency of filter changes and minimizing maintenance costs. With their high dust holding capacity and low pressure drop, these filters contribute to a healthier indoor environment and improved air quality. Upgrade your air filtration system with the Koch Multi-Pleat XL10 MERV 10 filters and experience the difference in air quality and system efficiency.