Quartz Flanges

Advantages：

High-purity quartz flanges ensure that no impurities are introduced during applications in semiconductor, fiber optic communication, and other cutting-edge fields, guaranteeing product quality and performance.

Their high-temperature and corrosion-resistant properties make them suitable for working in harsh environments such as chemical and metallurgical industries.

The low coefficient of thermal expansion ensures stable connections under significant temperature changes, preventing leakage issues due to thermal expansion and contraction.

Excellent optical transmittance allows for a wide range of applications in optical instruments and laser equipment.

Benefits：

Using our company's quartz flanges, customers can enjoy the following benefits:

Enhanced production efficiency and product quality, reduced maintenance costs.

Increased equipment stability and reliability, reduced downtime and failures.

Adaptable to various harsh environments, extending the lifespan of equipment.

Meeting the requirements of high-precision optical equipment, enhancing optical performance.

Applications:

Semiconductor Industry: Used in wafer processing equipment, photolithography machines, etching machines, and other semiconductor manufacturing equipment to ensure the sealed transmission of high-purity gases or chemicals.

Fiber Optic Communication Industry: In fiber optic connectors, lasers, optical amplifiers, and other optical communication equipment to ensure the transmission and connection of optical signals.

Chemical Industry: Suitable for chemical reactors, distillation equipment, storage tanks, etc., with good corrosion resistance.

Metallurgical Industry: Appropriate for high-temperature furnaces, metal smelting equipment, etc., maintaining stability in high-temperature environments.

Optical Instrument Industry: Applied in microscopes, telescopes, spectrophotometers, and other optical devices to ensure precise operation of optical systems.

Medical Equipment Industry: Ensuring sample sealing and transmission in medical devices and analytical instruments.