The core advantage of this unit lies in its parallel testing capability, which solves the pain point of low efficiency in traditional single-channel catalyst evaluation. Each of the 16 reactors is equipped with independent temperature, pressure, and flow control modules, allowing researchers to set different reaction parameters for each channel to compare catalyst performance under various conditions. The Hastelloy C-276 reactor material provides excellent corrosion resistance for strong acid and high-temperature reaction systems. The built-in automated sampling system enables real-time collection and analysis of reaction products, eliminating manual operation errors and improving test consistency. It also supports remote monitoring and data sharing via cloud platforms, meeting the needs of modern collaborative R&D.
Number of parallel reactor channels: 16; Each reactor dimensions: Φ20mm × 150mm; Overall dimensions: 1800mm × 1200mm × 2000mm; Net weight: 850 kg; Power supply: 380V AC 50/60Hz; Heating method: Independent electric furnace for each channel; Cooling method: Water cooling system per channel; Data output: 16-channel real-time monitoring dashboard, support for export to Excel; Compatible with online UV-Vis spectrophotometers and gas chromatographs for product analysis; Compatible with automatic sample injection systems.
Ideal for high-throughput screening of catalysts for fine chemical synthesis, battery materials, pharmaceutical intermediates, and environmental catalysis. Typical use cases include rapid screening of 50+ new catalyst formulations per week, optimizing reaction conditions for chiral catalyst synthesis, and evaluating the performance of electrocatalysts for fuel cells. It is suitable for R&D teams with large-scale catalyst development needs, helping to shorten the R&D cycle from months to weeks.
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