Everpure EV961255 0.2 Micron MC² Water Filter Cartridge to Reduce Chlorine Taste Odor 9000 Gallons

The Everpure EV961255 MC² Water Filter Cartridge is a high-performance filtration component designed for commercial foodservice applications. This cartridge is part of the MC² Micro-Pure® II Precoat primary filtration system, engineered to effectively reduce chlorine, taste, and odor while inhibiting bacterial growth. With a capacity of up to 9,000 gallons and a flow rate of 1.67 GPM, it ensures reliable and consistent water quality for foodservice operations requiring precise filtration. The 0.2-micron pore size facilitates fine particulate removal, making it suitable for use in beverage stations, ice production, and other water-dependent equipment where maintaining water purity is critical.

The EV961255 MC² Water Filter Cartridge is tailored for commercial foodservice environments demanding high-volume primary filtration. It integrates seamlessly with MC² filtration systems, providing efficient chlorine, taste, and odor reduction. Its durable design inhibits bacterial growth and ensures long-lasting performance, while its straightforward replacement process minimizes downtime in busy kitchens. Ideal for use in beverage, ice, and preparation water systems, this cartridge enhances workflow by maintaining product quality and consistency.

Designed for medium-volume beverage stations and ice machines in commercial kitchens.

The Everpure EV961255 MC² Water Filter Cartridge features a mesh-compatible, NSF-approved design capable of processing up to 9,000 gallons. Constructed primarily from high-grade polypropylene with a 0.2-micron micron rating, it provides precise filtration performance. The cartridge optimally supports flow rates between 1.50 and 1.99 GPM, accommodating continuous operation in busy foodservice environments. Its dimensions and construction are tailored for easy installation and maintenance, fitting standard MC² filtration systems. With a durable, corrosion-resistant design, it maintains water quality and system integrity over its service life, making it a reliable choice for beverage and ice applications requiring high volume and consistent water quality.

Electrical Requirements: Not applicable

Cooling Method: Not applicable

Product Category: Water filtration cartridge for commercial use

Refrigeration Type: Not applicable

Dimensions: Standard size for MC² systems (specific measurements available in datasheet)

Operating Temperature Range: Suitable for typical water temperatures 33°F to 100°F (0.5°C to 38°C)

Cleaning & Maintenance: No special tools required, cartridges are field-replaceable

A commercial water filtration system is a device engineered to remove contaminants, chlorine, and unpleasant odors from large quantities of water used in foodservice establishments. The Everpure EV961255 MC² Water Filter Cartridge is installed within these systems to provide primary filtration, reducing particulates to 0.2 microns, which is essential for maintaining high water quality. Ideal for beverage preparation, ice machines, and other water-dependent equipment, this system supports continuous operation in busy kitchens, ensuring consistent water purity and compliance with health standards.

The Everpure EV961255 MC² Water Filter Cartridge offers robust filtration, with high durability and ease of maintenance, ideal for medium-volume beverage and ice facilities in hospitality settings. Designed for reliable operation, it supports efficient chloramine and odor reduction through NSF-compatible components, making it suitable for installed filtration systems in commercial kitchens, cafes, and bars.

Replacing standard cartridges, the Everpure EV961255 MC² Water Filter Cartridge stands out with its durable polypropylene precoat, high-capacity design, and seamless integration with MC² filtration modules. Its American-made quality ensures consistent water purity, and its easy-to-replace design minimizes downtime in busy commercial kitchens. This makes it a reliable, restaurant-ready choice for continuous primary water filtration.