Why Coated Silicon Carbide Heating Elements Should Be Used?
| Posted on November 22, 2019 at 11:15 PM |
The ceramic material, that Silicon Carbide is, offers high electrical conductivity. Typically, the SiC is used as rods or tubes for various heating applications. What most of the heating elements would vary between 1 to 10 feet in length and 0.5 to 3 inches in diameters – the SiC does the same.
Experts and technologists have given their fair share of anecdotes about Silicon Carbide heating elements, especially their efficacy in the furnaces with differing atmospheres. However, some negative effects show up on the heating elements due to those different atmospheres. Those negative effects would shorten the life of the heating element, thus, causing rapid aging.
Reliable manufacturers utilize modern and advanced technology for finding a solution to existential issues and produce more logical, practical, and authentic answers. Hence, the project undertaken for coating Silicon Carbide heating elements based on the requirements of particular atmospheres proved extremely successful.
For example, the surrounding atmosphere and operating temperature have a significant impact on the heating elements, helping the rate of aging to increase further. Another instance occurs when some harmless volatiles turns harmful under the exposure of a certain temperature or atmosphere and affect the service life of the heating element.
Despite such challenges, SiC Heizelemente can be coated to survive the damaging impact of varying temperatures and atmospheres. Some reputable manufacturers consider this project via a batch testing method to identify if a certain coating is suitable in the specific environment or not. Positive outcomes would help for future applications.
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Categories: Business, Manufacturing, Heating elements
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