fused quartz plate | Ground & Polished Plates & Discs

fused quartz plate

At present, fused silica is widely used in the industry. It is mainly used in the industrial field and some scientific research fields, such as some optical parameters, especially some application fields that need pad insulation, or some fields that have requirements for anti-seismic and seismic resistance, or some application fields that have requirements for scratch resistance and wear resistance, all of which are widely used in fused silica.

This amorphous silicon dioxide is a product made by melting sand with high purity into a molten state, and then forming glass in the form of rapid cooling. Fused silica has very advantages in its characteristics, so it is also used in many industrial fields and scientific research fields.

The first feature of fused silica is that it has good high-temperature resistance. The melting point of fused silica | fused quartz plate is very high. At about 2000 ℃, it can maintain its original characteristics. It can be used in thermal reactor vessels, aerospace fields and some pipes.

For example, the electrical insulation mentioned above is also an advantage of fused silica, which can have high electrical strength and be used to manufacture insulator gaskets and sealing rings for video applications such as cables and induction furnaces.

Fused silica is a kind of material with scratch resistance and abrasion resistance, and its hardness is very strong. This durability is very helpful for the application of experimental table, reactor and optical devices.

In addition to the above mentioned applications and its characteristics, its uses also include a large number of widely used electronic equipment measuring instruments, optical instrument, laser instruments, semiconductor lighting LED equipment and heat treatment systems. Its unique performance makes it an ideal raw material for many harsh applications across industries.

Main advantages and characteristics.

• The density is indeed depressed.
• High quality crystal.
• It can be used to improve the scale of semiconductor manufacturing.
• The tolerance range applicable to some specific equipment manufacturing requirements.
• It can optimize the performance and cost control of power electronic equipment.

• So some of its final applications depend on its high transparency, stability, thermal shock resistance, chemical degree, and electrical insulation, which give it the natural advantages of being applied.This is why fused silica is worth using.