Zhengzhou Risesun Materials Tech Co., Ltd.

Modern manufacturers offer a plethora of options for their products, but also wouldn’t care less in giving it long life for high-end performing applications.

Made of Molybdenum Disilicide and self-forming glaze of SiO2, the MoSi2 heating elements can be used up to a furnace temperature of 1800 Degrees C. Having the characteristics of ceramic and metallic materials, MoSi2 had low thermal expansion and resistibility to corrosion...

A few notches above with coating provide a great set of advantages.

With the world signing up for the newest & effective technologies, we can’t remain complacent over the limited success of a heating element, can we?

The silicon carbide heating elements are utilized for generating high power outputs, essential...

Different manufacturers produce custom grades for a specific range of applications.

Why are they preferred over MoSi2 heating elements? Generally, the Silicon Carbide heating elements survive high temperatures furnaces and kilns. Since those furnaces and kilns are too wide or long, the SiC heating elements do it effectively, unlike MoSi2.

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....

This kind of ceramic products, SiC heating elements, are better in electrical conductivity as compared to its contemporaries. The best thing about the ceramics – they can be molded or extruded in the variety of shapes and sizes, as required. And the excellent part, they are suitable for high temperature applications.

Only quite a few people know the SiC heating elements have high hot and cold resistance ratio. The efficiency is directly proportional to the ratio, which...

With the industry advancing towards tabletop and high-compact furnaces, the demand for heating elements has moved further. When conceptualization and workmanship intertwine with each other, the developers find a unique solution for any matter.

Why MoSi2 is garnering attention as compared to SiC?

Molybdenum Disilicide or MoSi2 heating elements offer excellent resistance to oxidation even at elevated temperatures. Though it doesn’t undermine the effecti...

Given the arrangements in a furnace, several elements utilized within the periphery have minimal to drastic effects. However, it isn’t the only factor that deduces the overall result of an operation, action, or performance. Typically, metallurgists of all cadres anticipate the value addition and deduction of various elementary inductions and propose an outcome with a list of positives and negatives. Thus, the SiC heating element is one such part where results could fall on either side.