1700-type High Purity U-Shaped Molybdenum Disilicide Heating Element

Silicon molybdenum rods, as a heating element made from silicon dioxide, are widely used in various industries such as metallurgical steelmaking, glass and ceramic production, crystal and semiconductor components, etc. Their high-temperature resistance and oxidation resistance enable them to operate in multiple environments without being affected. So, what should be considered when choosing silicon molybdenum rods? Mainly the following aspects:

1. Pay attention to quality

As a precision component, silicon molybdenum rods are widely used in various aspects of life. Since they are typically installed inside equipment, it is important to select high-quality ones. If low-quality, non-durable silicon molybdenum rods are chosen, a failure of such a small component could affect the normal operation of the entire equipment. Additionally, if replacement is needed, the entire device would have to be disassembled, which would be very inconvenient.

2. Pay attention to specifications

There are many types of silicon molybdenum rods, and the appropriate component should be selected based on the actual installation requirements. In terms of shape, there are straight rods, U-shaped rods, W-shaped rods, and U-shaped right-angle rods, among others. The specifications and models also vary, leading to different parameters for different types. For high-performance equipment, specialized silicon molybdenum rods designed for such devices can be chosen, while for general equipment, more versatile options are available.

3. Pay attention to service life

If the purchased silicon molybdenum rods have a short service life, frequent replacements will be required, which is highly inconvenient. Moreover, the lack of available replacement components may sometimes disrupt the normal operation of the equipment. Therefore, it is essential to choose durable silicon molybdenum rods. If the equipment is used frequently, it is advisable to purchase extra rods for backup replacement to prevent disruptions due to short component lifespan.