Y-shaped Laminar Flow Glass Chip

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Product Infomation

Product Name	Y-shaped Laminar Flow Glass Chip
Catalog Number	MC-BMC-016
Physical Specs	22.515.04.0 mm
Description	The standard laminar flow chip is a glass microfluidic chip designed for the contact of two-phase liquids and molecular diffusion in parallel laminar flow, allowing for the observation of fluid flow within the chip channels at the micrometer scale.
Applications	Suitable for high-precision fluid dynamics studies, electrophoretic separations and electrochemical detection, chemical synthesis and analysis in organic-solvent systems, and chemical reaction research under elevated temperature/pressure conditions. Glass substrates are especially well-suited for precision microfluidic analyses requiring UV transparency, high chemical resistance, or stringent cleanliness.
Features	The channel surfaces are smooth; it can withstand a wide range of temperatures and pressures; it has good chemical compatibility; it is easy to connect or disassemble; it has good light transmittance; and it is small, lightweight, and highly portable.
Material	Glass
Manufacturing Process	HF etching, thermal bonding
Pressure Resistance	< 10 bar
Temperature Resistance	-15~150°C
Flow Channel Surface Modification	Hydrophilic / Hydrophobic
Depth	10-150 μm
Length	15 mm

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