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Overcoming Sedimentation and Agglomeration in 2.0 Micron PSL Sphere Calibration

2.0 Micron PSL Sphere bottle with green cap and label showing particle size, contents, and lot details

The physical behavior of monodisperse 2.0-micrometer polystyrene latex suspensions is governed by a critical hydrodynamic transition in which gravitational sedimentation, dictated by Stokes’ Law, rapidly supersedes Brownian kinetic diffusion, while short-range London-van der Waals attraction overcomes electrokinetic double-layer repulsion, accelerating irreversible agglomeration. Fluid Dynamics, Aerosol Physics, and Colloidal Mechanics of the 2.0 µm Boundary Calibrating […]

Should I buy individual particle size standards or a full set of microspheres?

When buying particle size standards, the key question is: should you choose individual microspheres or a full set? If you’re testing a specific size range, individual standards are a cost-effective, targeted option. But for calibration, quality control, or comparisons across multiple sizes, a full set provides broader coverage, consistency, and stronger benchmarking. In this article, […]

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