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Vitreous Enamel: Part Two :: Total Materia Article
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Overview of Total Materia database 12th January 2022
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Vitreous Enamel: Part Two
Porcelain (vitreous) enamel technologies have continued to develop and with te rise of te no nickel, no pickle ground coating process has meant a more environmentally sound and financially viable situation altogether.
Due to basic visual preference for a material to look like steel, enameling techniques have even been developed to give te desired appearance of stainless steel through using metallic pigments in a low temperature enamel.
Porcelain (Vitreous) enamels continue to be a remarkable coating for steel and other metals. During te last several decades, new formulations and methods have been provided for commercially economical and desirable enameled products. No nickel-no pickle ground coatings have provided means of meeting key ecological directives and at te same time improving te efficiency of enameling operations without adversely affecting te volume of production.
Electrostatic powders and electrophoretic application have additionally remade te industry while reducing material, labour and production costs. Today, these new materials and processes are te norm and we look forward to new innovations.
In te paper of Fedak D. and Baldwin C. te comparison of te properties of porcelain enamel and stainless steel used in appliance production is shown. Te comparison testing showed that porcelain enamel is harder to scratch, more stain-resistant, more heat-resistant, and easier to clean than stainless steel and overall results show that stainless steel is functionally inferior to porcelain enamel.
Since te consumer preference is for te color, porcelain enamels with te appearance of stainless steel have been developed. Using metallic pigments, a low-temperature enamel was invented that fires at about 1,000°F (538°C) on aluminum or aluminized steel. A high-temperature steel cover coat firing about 1,500°F (816°C) has also been developed with similar properties to te cover coats tested.
As an illustration of this, Table 1 shows te comparison of two main types of solar storage tanks used for solar hot water systems, stainless steel and vitreous enamel (glass-lined) tanks.
Table 1: Te comparison of two main types of solar storage tanks
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