Performance and quality standards:

The product's resistance to sulfuric acid, boiling water, heat and sudden change, and tightness have reached standard requirements.

The product quality has reached the same level of European, American and Japanese products.

The service life reaches the same level of European, American and Japanese products.

Tested by a qualified inspection and testing center:

The various indicators of the product meet the ISO-2743, DEZ-MB7.12.1, and DEZ-MB7.12.2 standards. Product features:

Manufactured according to American ABB standard

Porcelain layer is dense and has strong stain resistance

Super corrosion resistance

Guarantee of service life under harsh environment

Physical and chemical characteristics of the product:

The sulfuric acid corrosion resistance of enamel heat exchanger element is obviously higher than that of other materials

It has the following advantages:

A. The surface of the heat exchange element is enamel, which can reduce the stickiness of the heat exchange element in use, thus improving the heat transfer coefficient of the heat exchange element, improving the wear resistance of the heat exchange element, and appropriately reducing the wall thickness of the heat exchange element, thus improving the heat transfer coefficient of the heat exchange element

B. Enamel heat exchanger element has strong chemical corrosion resistance and wear resistance, can resist most acids and alkalis, and is an excellent protective material, so it can work stably for a long time in flue gas with high sulfur content and ash content

C. As the enamel surface is smooth, the acid formed by condensation in low-temperature flue gas and flowing ash particles cannot damage its surface, so the enamel heat transfer element can improve the cleaning or soot blowing effect of flue gas heat exchanger

D. Low price and good effect of enamel heat exchange element

The cold end of heat exchange elements used in power plants is always in the corrosive flue gas with sulfuric acid dew point. In particular, the low temperature sulfuric acid corrosion of flue gas heat exchanger components is quite serious. Therefore, enamel is an ideal heat exchange component in flue gas heat exchanger equipment. The commonly used flue gas heat exchange components are corrugated double-layer enamel plates.