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The quiery of 1 5 ton boiler with apcd water is released steam boiler is stopped, the interior dirt thoroughly cleaned, rinsed and injected into all of the treated water, and water is heated to 100 degrees Celsius, so that the water gas discharge furnace, and all valves closed. Of course, should be warned that in cold climates should not use water retention, boiler water to prevent freezing and damage to the boiler.

Coal-fired quiery of 1 5 ton boiler with apcd is an important step to promote the process of China's energy-saving and environmental protection, many cities are very encouraged coal-fired boiler reconstruction project, giving premium policy, depending on the duration and scale of reform.

Hot water quiery of 1 5 ton boiler with apcd is the essential equipment of our hotel, one of the parties to provide fast condensing pressure hot water boiler immediate operational effect. Our demand for environmentally friendly and out of the hotel itself, very high environmental performance requirements for boilers, party fast products fully meet our needs, the index after testing are in line with the relevant provisions of the State; with the outside atmospheric pressure remains stable sufficiently improved security index boiler, eliminating our worries. --customer feedback

SZS D type structure quiery of 1 5 ton boiler with apcd diagram

China water tube d type structure boiler advantages:

1.These d type structure boilers finally solved the scale removing problem completely. With removable head-plates and straight tubes, this new design allowed 100% simple, fast and easy waterside access for cleaning. For the first time ever, a boiler that scaled up no matter how many times or how bad could be restored to its original efficiency in less than a day.

2.With two opposing header boxes, water naturally had to flow through all the tubes to get from the return to the supply. Because fire-tube, bent tube and cast iron boilers were originally designed for steam, they had to be adapted to hydronic heating in D type water tube boilers. This created problems because the flow of water often short circuited and bypassed heating surfaces in boilers that were originally designed with a fixed water line to make steam.