Supercritical equipment and devices: "High-temperature, high-pressure cell with visible window"
A unique sealing method is adopted for the window panel seal area, achieving top-level specifications in temperature and pressure resistance globally.
The supercritical device and equipment "high-temperature high-pressure cell with visible window" allows for real-time observation, imaging, and analytical measurement of the chemical and physical properties of fluids and solids under high temperature and high pressure. In the case of standard specifications, the main body material is Hastelloy C-276, and sapphire is used for the window pane, with a design temperature of 650°C and a design pressure of up to 50 MPa. Two round visible windows are installed to be see-through. For more details, please download the catalog.
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basic information
【Specifications】 ○ Design pressure: Up to 50MPa ○ Design temperature: Up to 650℃ ○ Volume: Approximately 100ml maximum ○ Visible aperture: 10mm (maximum 20mm) ○ Internal temperature measurement nozzle: 1 location ○ Main body material: Hastelloy C-276 (standard), Inconel 625, SUS316, SUS630, titanium, and others ○ Path length (the distance between the inner surfaces of opposing window plates): Optional ○ Window plate material: Sapphire (purity: 4-9s, standard), diamond, quartz, reinforced Pyrex, and others ● For more details, please contact us or download the catalog.
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For more details, please contact us or download the catalog.
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Company information
Our company has primarily been engaged in the development and manufacturing of experimental equipment for plants. The fields of our experimental equipment range widely, including high-temperature and high-pressure systems, vacuum technology, petrochemicals, new energy, food chemistry, nuclear industry, methanol synthesis, fiber chemistry, steelmaking, papermaking, and various solvents, all of which require high quality and precision. Many of these devices are unique in the world, and the accumulated know-how and their specificity form the foundation of our high technological capabilities. Additionally, we also apply part of this know-how to develop various devices in-house.
