Hydronix CB-45-2005 Coconut Carbon Block Filter — 4.5 x 20, 5 Micron, ANSI/NSF 42 Material

Overview

The Hydronix CB-45-2005 Coconut Carbon Block Filter is designed for whole-house filtration as well as commercial and industrial applications. It features a 4.5-inch outside diameter and a 20-inch length, delivering a compact, adaptable footprint for many filtration housings. Built with coconut shell carbon media, this block aims to reduce common taste and odor compounds as water passes through. The media is housed in a polypropylene outer wrap and inner wrap, reinforced by end caps and netting that help maintain structure under varying flow. A 5-micron particle retention size targets fine particulates, contributing to clearer water downstream. This filter is positioned as a versatile component in a broader treatment train, suitable for residences, businesses, and facilities with diverse filtration needs.

Materials, media, and construction

• Coconut carbon media provides a high surface area for adsorption of organics that influence taste and odor.
• Durable housings feature a polypropylene outer wrap, inner wrap, end caps, and netting to support media integrity during service.
• Five-micron efficiency targets fine particulates while preserving useful flow rates.
• ANSI/NSF 42 material basis covers material requirements for components used in filtration.

Filtration performance and compatibility

• Standard size 4.5" OD by 20" length fits common housings and replacement cartridges.
• Water quality profile may improve the sensory characterization of water at taps and fixtures.
• Applications well suited for residential, commercial, and light industrial filtration setups.

Use cases and practical guidance

• Residential homes seeking uniform filtration across multiple outlets.
• Offices or small facilities requiring dependable filtration within a broader treatment system.
• Facilities that value a robust carbon-block stage as part of an equipment lineup.

Note: ANSI/NSF Standard 42 certification here relates to material requirements only, not performance guarantees. Actual results depend on system design, water quality, and flow demands. Follow manufacturer guidelines for replacement intervals and installation compatibility.