Must-have Koch Filter 102-701-013 Multi-pleat Xl8 2" High Capacity Size 14"x20"x2" Flash Sale: 30% Off [4GzZvTni]

Koch Filter 102-701-013 Multi-Pleat XL8 High Capacity

Introducing the Koch Filter 102-701-013 Multi-Pleat XL8, a high-capacity air filtration solution designed for superior performance and durability. This exceptional filter is engineered to provide unmatched efficiency in air filtration systems, ensuring a clean and healthy environment. With its innovative Multi-Pleat design, the XL8 filter offers a unique combination of high capacity and low pressure drop, making it the ideal choice for demanding applications.

Key Product Properties and Specifications

The Koch Filter 102-701-013 Multi-Pleat XL8 boasts a size of 14"x20"x2", providing an ample surface area for effective air filtration. Its depth of 2 inches allows for increased media, resulting in a 30% higher capacity compared to standard filters. This additional media ensures extended filter life and reduced maintenance intervals, as outlined in the High Capacity section below. The filter is also rated MERV 8, indicating its ability to capture a wide range of particles, from small dust to larger allergens.

Practical Applications and Benefits

The Koch Filter 102-701-013 Multi-Pleat XL8 is an excellent choice for various filtration systems, including HVAC units, industrial applications, and residential settings. Its high capacity and efficiency make it particularly suitable for environments where air quality is critical. By reducing the need for frequent filter replacements, the XL8 helps to lower operational costs and minimize downtime. Some of the key benefits of this filter include:

• Increased Media Capacity: Up to 30% more media for extended filter life and reduced maintenance.
• Superior Filtration: MERV 8 rating for efficient particle capture and improved air quality.

The Koch Filter 102-701-013 Multi-Pleat XL8 is a reliable and cost-effective solution for anyone looking to enhance the air quality and efficiency of their filtration system.