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THE NORITZ ADVANTAGE Noritz is the world's most advanced tankless technology manufacturer #1 IN TANKLESS TECHNOLOGY If you were to approach any professional who is familiar with tankless gas water heaters, and ask them what the main components of a tankless water heater were, they will tell you it's the heat exchanger and the burner. This is basically the heart of tankless water heaters. The durability, efficiency, and performance essentially depend on the technology and quality levels of these two components. THE NORITZ BURNER - DUAL FLAME BURNER TECHNOLOGY For years, tankless gas water heaters have utilized the single flame burner technology. As the leader in tankless technology, Noritz has recently introduced the dual flame burner. No other tankless manufacturer offers this technology. The dual flame burner actually has a second row of burners which burns the escaped gas from the first row of burners, resulting in an increased level of efficiency, stabilizing temperature fluctuations and boosting the performance of the flow rate. This is the latest in tankless technology. Competitors' single flame burner: click here vs Noritz dual-flame burner: click here THE NORITZ HEAT EXCHANGER - COMMERCIAL GRADE TECHNOLOGY The heat exchanger is where the most strain and stress occurs. This is what is being heated by the burner to produce the hot water. If this component's quality and durability is compromised, cracks and leaks may form over time due to extreme temperature stress. That is why Noritz designs the heat exchangers using a 25% thicker commercial grade copper piping. The heater's durability depends on this and we want to make sure our customers are buying the very best quality available on the market today. Noritz heat exchanger: click here. THE MOST ADVANCED TANKLESS WATER HEATER ON THE MARKET TODAY Over 93% efficient, delivering more than 11 GPM! Noritz is proud to introduce our most efficient tankless heaters, the next generation in tankless technology - condensing heaters. This innovation utilizes a dual heat exchanger, a fusion of stainless steel and copper heat exchangers. The 100% stainless steel component captures the residual heat from the exhaust temperature to preheat the incoming water before it runs through the main copper heat exchanger. This results in dramatic reduction of carbon dioxide and increases the heater's efficiency level to over 93%.
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