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Common Composition of Sheathed Heaters
01
Jan
2024
2024-Jan-01
The following are common underlying materials of sheathed heaters. Sheathed heaters that vary in composition are indicated for different scenarios. Manufacturers usually choose suitable materials according to substantial demand.
Stainless steel：A common material for the enclosure of a sheathed heater known for its outstanding corrosion resistance; it is indicated for a humid or corrosive environment. It can provide optimal mechanical strength at the same time.
Copper：An optimal conductive material that enables the sheathed heather to quickly and evenly pass down the thermal energy to liquids or solids. The performance of copper in conducting electricity and heat makes it an ideal option in high-performing heating applications.
Iron：An iron heater is usually used in specific applications, such as heating oil and air. Under certain circumstances, it may not be suitable for heating water as iron tends to rust in water and the life span is relatively short. Nevertheless, iron remains a suitable choice in certain unique settings and applications.
Titanium：With outstanding corrosion resistance, it is indicated for certain unique settings where extremely high resistance against corrosion is required. It is relatively light in weight, too, so that it becomes an ideal choice for certain applications.
Ceramic：ceramic heaters are usually used under high temperatures and perform well in the tolerance of high temperatures. They can tolerate extreme temperatures and are suitable for certain special industries with demand for high temperatures.
Quartz：Quartz heaters are often used in fields where high purity and chemical stability are required, such as the manufacturing of semi-conductors. They are optimally tolerant of high temperatures and chemically stable.