This pleated polyester filter effectively removes fine sediment particles down to 5 microns. Its durable media ensures long service life. Designed for consistent performance and high flow rates. Suitable for various water filtration systems. Built...
This HC-170 pleated filter is designed for efficient removal of fine sediment. It offers high flow capacity and extended service life. Suitable for commercial and industrial applications. Provides consistent filtration performance. Durable construction ensures reliability.
AXEON MIR–Series Mixed Bed DI Cartridges utilize our 2.5" or 4.0" diameter configurations that fit most standard size reverse osmosis membrane housings. AXEON MIR– Series Mixed Bed DI Cartridges feature a Gel Poly Styrene Cross-linked...
This filter provides precision filtration for critical applications. It removes extremely fine particles effectively. Suitable for compact systems. Ensures reliable performance.
This 921 series wrapped filter effectively removes coarse particles in high-flow systems. It is designed for durability and consistent performance. Suitable for commercial and industrial filtration applications. Provides reliable and efficient operation.
This 921 series wrapped filter provides fine particle removal for improved filtration quality. It maintains consistent flow and performance. Designed for durability and long service life. Suitable for commercial and industrial systems.
This reusable pleated filter is designed for repeated cleaning and long-term use. It removes coarse to medium particles efficiently. Ideal for industrial filtration systems.
This HC-90 series pleated filter is designed for effective removal of medium to large sediment particles. It provides consistent flow and reliable filtration performance. Suitable for commercial and industrial applications. Built for durability and extended...
This wrapped filter is engineered for high precision filtration. It removes extremely fine particles effectively. Suitable for critical applications. Ensures reliable and consistent performance.