Bend type mosi2 heating element
USD $25 - $25 /Set
Min.Order:6 Sets
Dengfeng City Yuhao High-temperature Component Co., Ltd
Molybdenum disilicide MoSi2 heating elements is up to 1800 C. as furnace heater, have a long working life with competitive price
High-power electric molybdenum disilicide MoSi2 heating elements for element temperatures up to 1800°C . MoSi2 heating elements are available as straight or bent elements in a wide range, all characterized by long life and consistent performance.
Seven grades for different applications
The program of MoSi2 heating elements includes seven grades with specific features for use in demanding applications and atmospheres, including nitrogen, hydrogen, vacuum and mixtures of endogas and reducing atmospheres.
In addition to MoSi2 elements in standard shapes and sizes we provide special designed MoSi2 elements according to customer needs, enabling an optimized element design for each particular application.
Molybdenum disilicide MoSi2 heating elements are resistance type heating elements made of a dense ceramic-metallic material which can produce furnace temperatures approaching 1800C. Although more expensive than traditional metallic elements, MoSi2 elements are known for their longevity due in part to a protective quartz layer that forms on the surface of the element “hot zone” during operation.
Yuhao MoSi2 elements are made to industry standard established resistance values, dimensions and geometries, and therefore are interchangeable with other manufacturers of molybdenum disilicide elements. The key difference between Yuhao MoSi2 and other MoSi2 suppliers is that Yuhao MoSi2 elements are exceptionally priced.
Yuhao MoSi2 heating elements are graded in two maximum temperature ranges of 1700C and 1800C. Elements are available in many shapes and forms (see examples shown below). Specifically, we offer the following MoSi2 styles: “U-shaped” (most common), “W-shaped”, and “Straight-shaped”, with or without right angle or oblique angle bends.
Each element is specified by a “hot zone” diameter (D1) and length (Le), and a “cold zone” diameter (D2) and length (Lu).