Omnipure K2333-KK 3/8-inch Quick Connect Inline GAC Water Filter

Refresh your water with the Omnipure K2333-KK inline GAC filter

The Omnipure K2333-KK is a compact inline filter designed for 3/8 inch quick-connect lines. Its streamlined form makes it easy to add carbon filtration to cold water feeds without rearranging a whole under-sink setup. The filter uses granular activated carbon to target substances that influence taste and aroma, with a focus on chlorine presence that can color the flavor of water, ice, and beverages. Depending on your water source and how you use water daily, you may notice water that feels cleaner and tastes more neutral in a variety of applications—from drinking water to coffee, tea, and chilled drinks. The small footprint helps it tuck neatly behind a cabinet or in a tight equipment area, making it a practical upgrade for homes, offices, boats, or RVs with space constraints.

Key specifications to know

• Chlorine Reduction: Class 1 for straightforward deodorization of water
• Flow Rate: 0.5 GPM to support steady output at taps, dispensers, or appliances
• Maximum Pressure: 125 PSIG to fit typical household plumbing
• Maximum Temperature: 100 F for standard cold and warm water lines

Where you might use it

Inline filtration is well suited for under-sink cold water feeds, refrigerator ice and water lines, and other point of use connections. The compact inline design helps it sit unobtrusively in cabinets or behind beverage stations, leaving the main lines free for other tasks.

• Enhance flavor and aroma of coffee and tea by reducing chlorine impact
• Improve the perceived freshness of foods prepared with tap water and ice

What to expect and maintenance tips

This inline filtration approach offers a practical way to refresh water without major system changes. Taste and flow changes can guide replacement decisions, and ensuring secure connections helps prevent leaks. Regular checks and mindful usage will help you gauge when it might be time for a refresh based on your water quality and usage patterns.