The glass micro-reactor chip is used to perform chemical reactions in micro-channels. It is designed for rapid mixing thus facilitating the reaction of two or more reagents in a continuous manner. Due to the high surface-to-volume ratio, the microreactor offers numerous advantages including high reaction rates and yields, low reagent consumption, reliability, and high efficiency. This large-version microchip has overall dimensions of 80.0 mm by 45.0 mm, and features a 6-stage mixing functionality. There are two input ports and one outlet port. After mixing, the two fluid streams enter the long residence-time channel.

Key Features

Optical transparency and high visibility
Excellent chemical compatibility
Rapid mixing efficiency
High bonding strength for wide temperature ranges
Negligible channel deformation during bonding
Reactor volume 50 µL
Maximum operating pressure 100 PSI
Flow rate up to 16 mL/min
Etched channel surface roughness (Ra): 5-10 nm
Flexible for chip post-processing (hydrophobic or fluorophilic coating)
Quick and easy to connect/disconnect

Typical Applications

Compound synthesis
Reaction kinetics study
Process development and optimization

Channel Cross-section	300 µm (width) x 50 µm (depth)
Chip Overall Size	80.0 mm x 45.0 mm x 3.0 mm
Chip Thickness	Top layer: 1.5 mm; Bottom layer: 1.5 mm
Channel Surface Roughness (Ra)	5-10 nm
Surface Wettability	Hydrophilic
Maximum Operating Pressure	100 PSI
Material	Borofloat 33

*** The company retains the right to interpret and explain the design specifications at its discretion.