The core performance of any filter element—including the essential replacement ATLAS Filter Element and INGERSOLL RAND Filter Element we manufacture—lies entirely within its media. The filter media is the material that physically captures and coalesces contaminants. Its quality directly dictates the level of compressed air purity you can achieve. For industrial applications, achieving high ISO air quality classes requires media that can efficiently capture sub-micron particles, oil aerosols, and water. Low-grade or standard paper media simply cannot provide this level of protection.
We utilize advanced filtration materials, such as micro-glass fiber, reinforced cellulose, and high-performance synthetic blends, specifically chosen for their superior performance characteristics. These materials offer a much larger effective surface area and a complex network of fibers that allow for deep filtration, capturing particles throughout the media's thickness, not just on the surface. This design translates to three key benefits: extremely high filtration efficiency (up to 99.99% for certain particle sizes), reduced flow resistance (lower pressure drop), and extended service life (higher dirt-holding capacity). When selecting your replacement elements, questioning the filter media’s specifications is paramount. Our commitment is to provide media quality that meets the demanding specifications of ATLAS and INGERSOLL RAND systems, ensuring the integrity of your process and the safety of your end-products.
The core performance of any filter element—including the essential replacement ATLAS Filter Element and INGERSOLL RAND Filter Element we manufacture—lies entirely within its media. The filter media is the material that physically captures and coalesces contaminants. Its quality directly dictates the level of compressed air purity you can achieve. For industrial applications, achieving high ISO air quality classes requires media that can efficiently capture sub-micron particles, oil aerosols, and water. Low-grade or standard paper media simply cannot provide this level of protection.
We utilize advanced filtration materials, such as micro-glass fiber, reinforced cellulose, and high-performance synthetic blends, specifically chosen for their superior performance characteristics. These materials offer a much larger effective surface area and a complex network of fibers that allow for deep filtration, capturing particles throughout the media's thickness, not just on the surface. This design translates to three key benefits: extremely high filtration efficiency (up to 99.99% for certain particle sizes), reduced flow resistance (lower pressure drop), and extended service life (higher dirt-holding capacity). When selecting your replacement elements, questioning the filter media’s specifications is paramount. Our commitment is to provide media quality that meets the demanding specifications of ATLAS and INGERSOLL RAND systems, ensuring the integrity of your process and the safety of your end-products.
