fabTRON, hIGH FLOW
auto-regenerable gas purifier
Targeted for semiconductor fabs, display manufacturers and gas plants, Tronic Purity’s technically advanced FABTRON® line is the only electronic-grade gas purification system without consumable parts in the industry that serves and provides our customers with a solution that is extremely cost effective while consistently delivering sub-ppb level purification performance.
Utilizing Tronic Purity’s revolutionary “Granular Hollow Fiber” technology, the FABTRON® series is effortlessly operable at room temperature when processing at large flow rates ranging from 10 Nm3/hr to 20,000 Nm3/hr. With its 12-inch Human Machine Interface (HMI) and a programmable logic controller (PLC), the FABTRON® purifiers can immediately carry out purification and regeneration
procedures automatically upon set-up with no consumables needed, offering industrial manufacturers an economical way of production.
The FABTRON® FT2X series represents an advanced gas purification system that seamlessly integrates Pressure Vacuum Swing Absorption (PVSA) and Molecular Adsorption technologies. The FABTRON® FT2X series elevates from 3N grade (99.9%) to an impressive 9N grade (99.9999999%). This exceptional level of purity meets the stringent requirements of cutting-edge applications, including fuel cells, semiconductor manufacturing, and other high-tech industries.
What is hollow fiber 中空纖維吸附材
Adsorbent Hollow Fiber is made from porous materials such as molecular sieves, zeolites, natural zeolite, and so on. During the synthesis process, the precursor or raw material slurry or Sub-powder is added into a mixture with high temperature polymer and goes through the phase inversion process to form the hollow fiber tubes.
The adsorption behavior is the same as physical or chemical adsorption. The major differenceis mass-transfer-resistance. The adsorbent hollow fiber has much lower mass-transfer- resistance than commercial pellet adsorbent.
Adsorbent Hollow Fiber（吸附劑中空纖維）是由多孔材料製成，例如分子篩、沸石、天然沸石等。在合成過程中，原料的前驅物或原料漿液，或次粉末被添加到與高溫聚合物混合的混合物中，然後經過相轉換過程形成中空纖維吸附管。
吸附行為與物理或化學吸附相同，但主要區別在於質量傳遞的阻力。我們的中空纖維吸附材的質量傳遞阻力遠低於彷間的商業顆粒吸附材，。