Centaur Catalytic Carbon – ½ Cubic Foot Box High-Performance Chloramine & Chlorine Reduction Media (UPS-Ready Packaging)

Centaur Catalytic Carbon – ½ Cubic Foot Box

High-Performance Chloramine & Chlorine Reduction Media (UPS-Ready Packaging)

Centaur Catalytic Carbon – ½ Cubic Foot Box is a premium catalytic activated carbon media designed for advanced removal of chlorine, chloramines, hydrogen sulfide, and organic contaminants in residential and light-commercial water filtration systems.

Unlike standard granular activated carbon (GAC), Centaur® catalytic carbon is chemically modified to deliver true catalytic activity, enabling faster reaction rates and more effective chloramine reduction—especially in municipal water supplies.

This ½ cubic foot UPS-ready box is ideal for system re-beds, partial media replacements, and compact whole-house or point-of-entry filtration systems.

Key Benefits

• Superior Chloramine Reduction
  Catalytic surface chemistry breaks chloramine bonds more efficiently than conventional carbon.
• Improved Chlorine Removal
  Enhances taste, odor, and overall water quality.
• High Flow, Low Pressure Drop
  12×40 mesh size supports strong flow rates with minimal system resistance.
• Longer Media Life
  Extended service life compared to standard coconut shell or bituminous carbons.
• UPS-Ready Packaging
  Convenient boxed format for easy handling and shipping.

Typical Applications

• Whole-house water filtration systems
• Municipal water treatment with chloramines
• Pretreatment for water softeners and RO systems
• Commercial buildings and light industrial use
• Taste and odor control in potable water systems

Product Specifications

• Media Type: Catalytic Activated Carbon
• Mesh Size: 12×40
• Volume: ½ Cubic Foot
• Form: Granular
• Packaging: Boxed (UPS-ready)
• Use: Chlorine, chloramine, and organic contaminant reduction

Professional-Grade Filtration Media

Centaur® catalytic carbon is trusted by water treatment professionals for its reliability, efficiency, and consistent performance. When chloramine reduction and system longevity matter, this media delivers results without frequent replacement.