The market demand for octafluoropropane (C218) is growing, and its downstream applications in electronic manufacturing continue to expand.

Octafluoropropane ( C₂F₈ , C218) is an important high-purity fluorine-containing specialty gas with good chemical stability and high plasma etching selectivity. It is mainly used in semiconductor, display panel, and other electronic manufacturing fields. With the continuous development of advanced chip, display panel, and precision electronic device manufacturing, the demand for high-purity, stable, and controllable electronic specialty gases is constantly increasing, leading to increased market attention on C218.

Changzhou Jiayuan Chemical Co., Ltd. is an enterprise specializing in the research and development and supply of fluorinated chemicals, high-purity fluorides, and specialty materials, serving the fields of electronic materials, semiconductors, optics, new energy, and fine chemicals. Leveraging its mature fluorochemical industry chain resources and product supply capabilities, Jiayuan Chemical continuously focuses on the application and development of high-purity fluorine materials in advanced manufacturing, providing global customers with a variety of high-quality fluoride products, including high-purity calcium fluoride. In recent years, with the rapid development of semiconductor manufacturing, precision optics, laser technology, and high-end testing equipment, 99.99% high-purity calcium fluoride (CaF₂) is becoming an important basic material in the advanced manufacturing industry chain. Compared to ordinary industrial-grade calcium fluoride, high-purity calcium fluoride places higher demands on impurity control, material stability, and optical performance, and its application areas are gradually expanding from traditional industries to high-value fields such as semiconductors, optoelectronics, and high-end optics.

Octafluoropropane is typically a colorless, non-flammable, high-purity gas with excellent thermal stability and chemical inertness. It can generate fluorine-containing reactive species through plasma reactions, exhibiting good selectivity in etching and precision machining processes. To ensure product quality and stability, it is recommended to store it in a cool, dry, and sealed dedicated gas cylinder.

In semiconductor manufacturing, C218 is primarily used as a plasma etching gas. Through plasma reactions, it generates fluorine-containing active species that can participate in the fine etching of thin films such as silicon-based materials and dielectric layers, enabling the fabrication of microstructures. As wafer manufacturing progresses towards smaller linewidths and higher integration densities, the requirements for gas purity, stability, and batch consistency in etching processes are continuously increasing.

Besides semiconductors, C218 can also be used in the electronics industry, such as display panel manufacturing. With the continuous development of high-resolution displays, OLEDs, and new display technologies, processes such as thin-film deposition, etching, and cleaning in panel production are constantly being upgraded, increasing the demand for high-purity fluorine-containing specialty gases.

Currently, the main potential customers for C218 are concentrated in the electronics industry chain, including wafer manufacturers, semiconductor device manufacturers, display panel manufacturers, electronic specialty gas suppliers, and related semiconductor material and equipment companies. For these customers, purchasing C218 typically places greater emphasis on product purity, impurity control, packaging methods, supply stability, and batch consistency.

For industrial users, product purity directly impacts production efficiency and final product quality. High-quality C218 offers the following advantages:

• Stable chemical composition
• High product purity
• Low impurity content
• Reliable process performance
• Helps improve production efficiency and product consistency

As the semiconductor and display industries move towards advanced manufacturing processes, the electronic specialty gas market is gradually shifting from simply having "available stock" to demanding comprehensive requirements for high purity, low impurities, stable supply, and consistent quality. As an important fluorine-containing electronic specialty gas, the market demand for C218 will be increasingly influenced by advanced manufacturing, wafer production capacity, and the development of the display industry.

Q1: In which industries is octafluoropropane (C218) mainly used?

A: Octafluoropropane is widely used in industries such as semiconductor manufacturing, display panels, electronic manufacturing, and precision machining, especially as a plasma etching gas that plays an important role in wafer manufacturing.

Q2: What role does C218 play in semiconductor manufacturing?

A: C218 is mainly used as a plasma etching gas. It generates fluorine-containing active species through plasma reaction, which participate in the fine etching of thin films such as silicon-based materials and dielectric layers to achieve microstructure processing.

Q3: Why is high-purity C218 more popular?

A: High-purity C218 has a lower impurity content, which can improve process stability and product yield, and is especially suitable for semiconductor, display panel and high-end electronics manufacturing fields.

Q4: What indicators do you usually focus on when purchasing C218?

When purchasing C218, the focus is usually on product purity, impurity control, packaging methods, supply stability, and batch consistency, rather than just product price.

For inquiries regarding the purchase of octafluoropropane C218, please contact Changzhou Jiayuan Chemical Co., Ltd.