Condensing Gas Water Heater

A market innovator that performs with above 100% thermal energy efficiency

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Setting us apart…

Inner tank materials made to last

The inner tank is made from carbon steel with protective acid-resistant vitreous enamel coating inside and encased with high density insulation and a tough zinc plated outer casing. Compared to standard stainless-steel tanks, which are easily rusted during the welding line, the unit itself is built to stand the test of time.


50mm think flurine-free polyurethane form for 24 hours insulation

Eco-friendly material while keeping the warmth as long as possible, maximise the energy efficiency of the unit


Tubular heat exchanger

A standard water tank with a regular heat exchanger would corrode due to acidic condensing water building up along with high temperature. Our innovative tubular heat exchanger resolves this pressure, cooling the tank by allowing for fluid heat to exchange or flow between the tubes within the unit.


Industrial-grade acid-resistance enamel technology

This super high acid-resistance material is most commonly used in industrial chemical reactors, due to the fact that the glass-lined enamel layer can effectively resist the corrosion of strong acid molecules for 80,000 hours, thereby protecting the water exchanger and prolonging the service life of the condensing gas water heater.


Anti-fish scaling double-sided glassline technology

Anti-fish scaling double-sided enamel lining technology as advanced technology often utilised in chemical industry and we applied this technology to the heat exchanger of condensing gas water heater to meet the double-sided anti-corrosion requirements .


Designed to supply large quantities of hot water for commercial application, our Condensing Gas Water Heater exceeds 100% thermal efficiency.

Using natural gas as fuel, water is heated in the cylinder of this gas storing water heater. To improve heat efficiency, our innovative condensation waste heat recovery device is built inside the unit to harness the waste heat and re-utilize it. This condensing technology decreases carbon dioxide and nitrogen emission, making it a more environmentally sound solution to conserving energy consumption.

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