Ultra-high vacuum diffusion pump oil IOTA 705 is an indispensable material in high-vacuum technology due to its extremely low vapor pressure, excellent thermal stability, and oxidation resistance, finding extensive applications across multiple high-tech industries.

In the high-vacuum metallurgy industry, IOTA 705 is used to create an ultra-high vacuum environment, ensuring that the smelting and purification processes of special metals remain free from gaseous impurities, thereby improving material purity and performance. The production of electron tubes and vacuum devices also relies on this diffusion pump oil, which helps maintain the high vacuum inside electron tubes, ensuring efficient electron emission and device longevity.

In the electric light source industry, particularly in the manufacturing of high-end bulbs (such as halogen lamps and xenon lamps), a stable vacuum environment is essential to prevent filament oxidation and gas contamination. The ultra-low vapor pressure of IOTA 705 enables long-term maintenance of high vacuum levels, ensuring bulb brightness and service life.

In high-vacuum coating (thin-film deposition) technology, IOTA 705 plays a particularly critical role. Whether for optical coatings, semiconductor thin films, or hard coatings on tools, an ultra-high vacuum environment is required to prevent impurity contamination that could compromise film quality. The high stability and low volatility of this diffusion pump oil ensure precise and controllable coating processes, making it widely applicable in precision optics, solar cells, integrated circuit manufacturing, and other fields.

The scientific research and high-end instrumentation sector also heavily depends on IOTA 705. In large-scale research facilities such as particle accelerators and synchrotron radiation devices, an ultra-high vacuum environment is fundamental to experimental success, and the low outgassing rate of this diffusion pump oil ensures long-term stability in vacuum systems. Electron microscopes require extremely high vacuum levels to prevent electron beam scattering, and the use of IOTA 705 enables clearer and more accurate sample observation. Additionally, this high-performance diffusion pump oil plays a vital role in cutting-edge technologies such as space environment simulation and nuclear fusion research.

In the flat-panel display industry, particularly in the manufacturing of advanced displays like OLED and Micro LED, high-vacuum evaporation technology is crucial. IOTA 705 helps maintain a stable vacuum environment, ensuring precise deposition of organic materials or metal electrodes, thereby improving display performance and production yield.

In summary, IOTA 705 diffusion pump oil, with its outstanding performance, is widely used in high-vacuum metallurgy, electronic devices, optical coatings, scientific instruments, and display technologies, making it a critical supporting material for modern high-tech industries.