10 Pack #2 Size 25 Micron Liquid Filter Bags - Polyester Felt with Polypropylene Ring, 7-1/16" Diameter x 32" Length, High-Temperature Rated, Welded Seam, 4.4 Sq. Ft. Surface Area

The PRM 10 Pack #2 Size 25 Micron Liquid Filter Bags are designed to deliver reliable and efficient filtration for a wide range of liquid media. Featuring a durable polyester felt bag with a polypropylene ring, these filter bags ensure superior performance by capturing contaminants and maintaining optimal flow rates. Ideal for industrial applications, these filter bags are built to withstand temperatures up to 300°F, making them perfect for harsh conditions. The welded seam construction guarantees a secure seal to prevent bypass and enhance filtration accuracy, while the generous surface area of 4.4 square feet allows for maximum filtration capacity. Compatible with most filter bag housings, these 25 micron filter bags are essential for improving the quality of your liquids.

• Efficient Filtration: Each bag in this 10-pack features a 25-micron filtration rating, designed to capture fine particles and contaminants for clean, filtered liquids. Ideal for a wide range of industrial applications like water treatment, chemicals, and food processing.
• Durable Material Construction: Made with polyester felt, these bags are built for long-lasting performance. The polypropylene ring ensures a secure, leak-free fit and provides durability under various operating conditions.
• High Temperature Resistance: Rated for use in temperatures up to 300°F, these filter bags are suitable for a variety of high-temperature liquid filtration tasks, ensuring long-term reliability and performance.
• Generous Filtration Surface: With 4.4 square feet of surface area, these filter bags offer excellent filtration capacity, ensuring efficient liquid flow and extended service life before replacement is needed.
• Welded Seam Design: The welded seam construction eliminates needle holes, preventing bypass and maximizing filtration efficiency. This ensures cleaner results with no risk of contaminants escaping the filtration process.