Atlas Air Filter 9095257501 for Compressors 10 Micron Filtration

An Air Filter is a vital device designed to remove airborne contaminants—such as dust, pollen, mold spores, bacteria, oil mist, and other particulate matter—from an air stream. It serves as the primary defense for both mechanical systems and protected environments, ensuring clean air for processes, equipment, and personnel. By capturing harmful particles, it protects sensitive components, improves air quality, and safeguards health and product integrity.

• High Filtration Efficiency: Engineered to capture a high percentage of particles of a specific size, as defined by its MPPS (Most Penetrating Particle Size) rating and MERV (Minimum Efficiency Reporting Value) or HEPA classification.
• Low Pressure Drop: Designed with optimized media pleating and construction to provide maximum airflow with minimal resistance.
• High Dirt Holding Capacity: Constructed with extensive media surface area to retain a large volume of contaminant before requiring replacement.
• Robust Construction & Material Variety: Built from materials selected for the application:
  • Media: Synthetic (e.g., polyester, polypropylene), Fiberglass, PTFE membrane, or Activated Carbon.
  • Frame: Sturdy cardboard, galvanized steel, or aluminum for stability and durability.
  • Gaskets: Polyurethane or closed-cell foam to ensure a leak-tight seal.
• Wide Range of Types & Classes: Available for every application need including Panel/Furnace Filters, Pleated Bag Filters, HEPA/ULPA Filters, Compact/Industrial Cartridge Filters, and Activated Carbon Filters.
• Fire Retardancy & Safety: Many filters are treated to be fire-retardant, meeting critical safety standards for industrial and building applications.

1. Contaminated Air Entry: Unfiltered air is drawn or forced into the filter.
2. Particle Capture: As air passes through the fibrous media, particles are captured through four primary mechanisms: Straining, Interception, Impaction, and Diffusion.
3. Clean Air Exit: The purified air exits the filter and continues into the system or environment.
4. Contaminant Retention: The captured particles are retained within the filter media until it is replaced.

• HVAC Systems: Protecting coils and fans, and providing clean air for comfort in homes, offices, and commercial buildings.
• Compressed Air Systems: Removing oil aerosols, water, and particulates to protect pneumatic tools and instruments.
• Engines & Turbines: Protecting turbochargers, intake systems, and combustion chambers from abrasive wear.
• Cleanrooms & Laboratories: Maintaining ISO Class environments for pharmaceutical, semiconductor, and biomedical manufacturing.
• Healthcare Facilities: Preventing the spread of pathogens in hospitals, operating rooms, and isolation wards.
• Industrial Manufacturing: Providing clean intake air for control rooms, paint booths, and food processing areas.
• Gas Turbines & Power Generation: Protecting critical turbine components from fouling and damage.

• Superior Performance: Engineered for higher efficiency and greater dust holding capacity than standard filters.
• Energy Efficiency: Low initial pressure drop and sustained performance reduce fan energy requirements.
• OEM Interchangeability: Precisely engineered to match or exceed OEM part performance.
• Quality & Reliability Assurance: Every filter is tested to meet industry standards (ASHRAE, EN, ISO).
• Expert Support: Assistance in selecting the right filter type, efficiency, and size for your specific application.