News

Quartz flanges are an essential component in industrial settings, contributing to the efficiency of production processes across various industries. Quartz flanges are primarily used for pipe connections in a variety of industries, including chemical engineering, petrochemicals, electronics, electrical appliances, machinery, metallurgy, textiles, pharmaceuticals and food.

Sapphire is an ideal material for making high-precision optical windows due to its high hardness, high light transmittance, heat resistance and wear resistance. This article will explore the key technologies and applications of high-quality processing of sapphire windows.

Quartz capillaries represent a vital component in chromatographic analysis, owing to their frequent use as a tool for chemical analysis. Its capacity refers to the sample loading capacity of the capillaries, and this directly affects both the separation effect and the detection sensitivity. Therefore, what are the key factors that influence the capacity of...

The high thermal stability of sapphire high-strength glass makes it a viable candidate for use in a variety of fields. In the consumer electronics sector, the increasing popularity of devices such as smartphones and tablet computers has led to a growing demand among consumers for products that exhibit enhanced durability and aesthetic appeal.

In conclusion, quartz reactors, with their characteristics of high-temperature resistance, chemical corrosion resistance, and superior optical performance, have become indispensable important equipment in the field of scientific research. It is anticipated that, in consequence of the ongoing technological developments, quartz reactors will be utilized in a greater number of fields.

Sapphire crystal processing services offer a series of advantages, making it a popular choice in many industries, including aerospace, defense, optics and electronics.

Quartz glass plates are an essential component for a number of high-end manufacturing technologies, including TFT-LCDs, OLED displays and advanced IC packaging. Their key characteristics, such as being ultra-high purity (SiO2 content can reach over 99.99%) and exhibiting excellent thermal stability and optical uniformity, make them the ideal supporting material for these sophisticated technological...