Tankless Hot & Cold Under Sink Water Filter 600 GPD PFAS Reduction Smart LED Faucet

A Deep Breakdown Of Features

First-to-Market Reverse Osmosis System with Heating Function

Instant Hot Water Dispenser

The KJ-600 reverse osmosis system is the first to market with simultaneous water purification and heating. It dispenses both cold and hot water to meet your diverse needs. Adjust the temperature between 104℉ and 203℉ as desired.

Tankless Reverse Osmosis Technology

This system integrates water purification and heating seamlessly, breaking through conventional under-sink RO water purification modes. The tankless design ensures that every drop of water dispensed is fresh and clean.

Desired Temperature in Seconds

The KJ-600 tankless reverse osmosis system allows you to quickly adjust the temperature from 104℉ to 203℉, making it perfect for tasks like cooking soup, brewing instant coffee, tea, and oatmeal. Note that external factors like weather and cup temperature may affect the precise temperature.

5-Stage Deep Filtration

The 5-stage filtration system includes a reverse osmosis (RO) membrane, carbon block, and PP cotton filters. It effectively reduces TDS, chromium, PFAS, fluoride, salt, heavy metals, nitrate, chloride, and toxic substances like radium, ensuring every drop is pure.

High-End Smart Display Faucet

The smart display faucet provides real-time TDS levels and filter condition status._features include a child lock and temperature indication to prevent scalding and ensure safe use. The smart display faucet adds convenience and ease to your daily water management.

Outstanding Safety Performance

The KJ-600 hot water dispenser includes an automated water purification monitoring system. Features like a flow meter, NTC, and heating overtime protection function help prevent dry burning, ensuring safe operation.

2:1 Pure to Drain Ratio

This tankless reverse osmosis system has a high flow rate of 600 GPD and a hot water flow rate of 0.4 gallons per minute. You can fill a cup within seconds. The low drain ratio of 2:1 contributes to efficient water conservation.