Inline Coconut Shell Carbon Filter

1/4″ OD Tubing Connection | Stage 2 Filter for MyWaterClub Countertop RO Systems

The Inline Coconut Shell Carbon Filter is designed to improve drinking water quality by reducing
chlorine, and improving taste and odor using premium coconut shell activated carbon. Coconut shell carbon is known for its strong adsorption capacity, making it an excellent choice for point-of-use water filtration.

This filter is specifically used as the second stage in MyWaterClub Countertop Reverse Osmosis (RO) systems, helping improve overall water quality and protect downstream filtration stages. It may also be used in other compatible point-of-use filtration setups that use 1/4″ OD tubing connections.

Purpose

• Helps reduce chlorine
• Improves water taste and odor
• Helps reduce organic compounds (VOCs) that can affect water quality
• Supports improved performance of downstream filtration stages

Key Features

• Filled with premium coconut shell activated carbon
• Designed as the Stage 2 filter for MyWaterClub Countertop RO systems
• Inline sealed design for consistent performance
• Standard 10″ × 2″ inline format
• Easy installation with 1/4″ OD tubing

Applications

• MyWaterClub Countertop Reverse Osmosis systems (Stage 2)
• Countertop and point-of-use water filtration systems (compatible setups)
• Specialty filtration applications requiring coconut carbon adsorption

Specifications

• Filter Type: Inline Coconut Shell Carbon Filter
• Media: Coconut Shell Activated Carbon
• Standard Size: 10″ × 2″
• Connection: 1/4″ OD Tubing
• Recommended Placement: Stage 2 in MyWaterClub Countertop RO systems
• Operating Temperature: 36°F – 100°F
• Maximum Pressure: 100 PSI (typical inline use)
• Micron Rating (Nominal): Not rated

Maintenance

• Replace based on water quality, usage, or when taste/odor returns
• Replacement interval varies depending on incoming water conditions

Notes

• Designed for point-of-use filtration applications
• Not intended for whole-house use
• Performance depends on water chemistry and system configuration