20 x 20 x 2 FIBERGLASS PADS/ 100/CS) - Air Filtration Company Inc

Ensure optimal air quality and system longevity in demanding automotive and industrial environments with the Air Filtration Company Inc. AFPA152020-100 fiberglass pads. These professional-grade filters are engineered for superior particulate capture in exhaust filter applications, providing a reliable solution for maintaining cleaner, safer workspaces and adhering to environmental standards.

Key Features

• Expanded Type Construction: Designed with an expanded surface area, these pads maximize particulate capture efficiency, crucial for high-performance filtration systems.
• Standard Dimensions: Each pad measures 20 inches wide, 20 inches long, and 2 inches thick, ensuring compatibility with a wide range of exhaust filter housings.
• EPA 6H Compliant: Meeting stringent EPA Standard 6H requirements, these pads support regulatory compliance for industrial and automotive operations.
• High-Density Fiberglass: Constructed from robust, high-density fiberglass, these pads offer excellent durability and tear resistance, extending service life.
• Bulk Quantity: Supplied in a case pack of 100 individual pads, ensuring a readily available supply for ongoing maintenance and operational needs.

Applications

These fiberglass pads are specifically engineered for critical exhaust filtration, making them essential for professional settings:

• Industrial Ventilation Systems: Effectively manage and remove particulate matter from industrial exhaust streams, protecting equipment and personnel in manufacturing and processing plants.
• Automotive Paint Booths: Ideal for capturing overspray and airborne particulates in automotive paint booths, ensuring a clean finish and a safer working environment.
• Engine Emission Control: Utilize in various systems to minimize harmful emissions from engines, helping to meet environmental compliance.
• HVAC Systems (Industrial Grade): Enhance air quality in industrial HVAC units by efficiently capturing dust, pollen, and other airborne contaminants.