PRM 5 Micron Liquid Filter Bags - 10 Pack, Polyester Felt with Polypropylene Ring | #1 Size, 7-1/16" Diameter x 16-1/2" Length | 2.0 ft² Surface Area | Heat-Resistant to 300°F | Welded Seam

PRM 5 Micron Liquid Filter Bags provide an efficient solution for filtering out contaminants from liquid media in a range of industrial applications. Made from durable polyester felt, these bags offer exceptional dirt-holding capacity and cost-effectiveness while maintaining optimal filtration performance. The 5-micron rating ensures the removal of finer particles and debris from your liquids, making them perfect for applications in water treatment, food processing, chemicals, and more. Each bag features a polypropylene ring for easy installation into standardized filter housings, ensuring secure and leak-free operation. With a high-temperature tolerance up to 300°F and reinforced welded seams, these filter bags are built to endure tough conditions, offering long-lasting reliability and consistent performance.

• Precise 5 Micron Filtration: Perfect for filtering out fine particles, these 5-micron filter bags efficiently capture smaller contaminants and sediment from liquids, making them ideal for applications requiring high precision.
• Durable Polyester Felt Material: Constructed from robust polyester felt, these filter bags provide excellent dirt-holding capacity, ensuring longer intervals between replacements and cost-effective maintenance.
• Welded Seams: Designed with welded seams, these filter bags offer enhanced leak-free filtration, preventing the bypass of contaminants and ensuring a cleaner filtration process.
• Polypropylene Ring for Easy Fit: Each bag comes with a polypropylene ring that ensures a snug fit within standardized #1 size filter housings, simplifying the replacement process and reducing downtime.
• High Temperature Resistance: Withstanding temperatures up to 300°F, these filter bags are suitable for a wide range of industrial applications, including chemical filtration, food processing, and liquid filtration in high-temperature environments.