Dedicated to providing high-purity process system solutions for high-end, advanced manufacturing sectors such as semiconductors, photovoltaics, TFT/LCD, biopharmaceuticals, and optical fibers.
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Providing comprehensive, end-to-end services for each client, encompassing project design, styling, manufacturing, installation, testing, commissioning, and project management.
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PRODUCTS
JAN TECHNOLOGY
A fluid management expert in the semiconductor industry, breathing new life into fluids through efficient recycling and reuse.
Driven by both high-purity process media delivery and gas–liquid recovery, we provide comprehensive fluid management solutions that deliver ultimate safety, efficiency, and sustainability for pan-semiconductor customers.
Established in
Industry Experience
Professional Team
Patent application
Application
Advanced Semiconductor Manufacturing Processes
In advanced semiconductor manufacturing processes, our equipment is employed in critical steps such as lithography, etching, and thin-film deposition, precisely delivering high-purity specialty gases and chemicals to ensure process stability and material purity, thereby safeguarding chip yield and performance.
LED optoelectronics
During LED epitaxial growth and chip fabrication, our equipment is responsible for delivering high-purity gases such as metal-organic precursors and ammonia, enabling precise flow control and contamination-free transport to ensure the quality of the emissive layer and the luminous efficiency of the devices.
Liquid crystal panel
It is used in etching, cleaning, and thin-film deposition processes across array, color-filter, and module assembly stages to ensure stable delivery and distribution of various electronic-grade chemicals and specialty gases, thereby guaranteeing panel uniformity, resolution, and product reliability.
Third-generation semiconductors
In silicon carbide epitaxial growth, ion implantation, and high-temperature annealing processes, our equipment supplies high-purity silicon sources, carbon sources, and dopant gases, ensuring crystal quality and electrical performance while supporting the fabrication of high-voltage, high-temperature devices.
Silicon-carbon anode material
During the preparation and modification of silicon–carbon anode materials, our equipment is used to deliver silane, carbon-source gases, and reaction gases, enabling uniform material deposition and structural control, thereby enhancing battery energy density and cycle life.
New Energy Manufacturing
In emerging energy sectors such as photovoltaics and hydrogen energy, our equipment is employed in processes including silicon wafer texturing, thin-film deposition, and electrolytic hydrogen production, safely and precisely delivering specialty gases and chemicals to support the efficient generation of clean energy.
Research institutes
We provide customized, high-precision gas and chemical delivery systems for research institutions, supporting new materials R&D, micro- and nano-fabrication, and analytical testing, thereby ensuring highly controllable experimental conditions and reproducible results.
Smart Healthcare
In the manufacturing of high-end medical devices, as well as in the production of biochips and diagnostic reagents, our equipment is used to deliver ultra-pure gases and ultraclean chemicals, ensuring stringent cleanliness of the production environment and precise process control, thereby guaranteeing the safety and reliability of medical products.
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Characteristics of Chemical Equipment
The complete chemical production unit comprises chemical equipment, chemical machinery, and other components such as chemical instrumentation, piping, and valves. To ensure the stable and reliable operation of the entire unit, the chemical equipment must possess the following performance characteristics:
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No. 99, Baiyun Road, Economic and Technological Development Zone, Hefei City, Anhui Province