KNOWLEDGE CENTER

2024-07-26

Investigating the Effect of Dispersing Agent on the Stability of Suspension Based on SMLS Technology

In this study, various dispersing agents were added to the suspensions of titanium dioxide nanoparticles for stability analysis, among which TWEEN® 80 improves the stability of suspension to the greatest extent. The study also shows that the optimal concentration of TWEEN® 80 is 1.0 wt%, bas...

• Industry : Nanomaterials
• MeasurementType : Stability
• Sample : Titanium dioxide nanoparticle suspension
• Technology : Static Multiple Light Scattering

2024-07-24

Using BeScan Lab for High-Efficiency Evaluation of Dispersant Effects on 3D Printing Slurry Stability

The BeScan Lab stability analyzer, using advanced static multiple light scattering technology, is an innovative tool for the 3D printing industry. It directly assesses the dispersion stability of zirconia particles in slurries with various dispersants without requiring sample dilution, capturing sub...

• Industry : Additive Manufacturing
• MeasurementType : Stability
• Sample : 3D Printing Slurry
• Technology : Static Multiple Light Scattering

2024-07-23

Investigating the Stability of Ibuprofen using BeScan Lab

The stability of various commercial ibuprofen samples varies significantly, which is affected by many factors, such as particle size, particle size distribution, zeta potential, pH value, temperature, and viscosity. Analysis using BeScan Lab is a comprehensive solution to stability evaluation. In th...

• Industry : Pharmaceuticals
• MeasurementType : Stability
• Sample : Ibuprofen
• Technology : Static Multiple Light Scattering

2024-07-15

Temperature-Dependent Conformational Transitions of PNIPAm Hydrogel via BeScan Lab

The stability analysis system as well as software provided by BeScan Lab offer a fast and accurate approach to assess the temperature characteristics of PNIPAm. Its programmable temperature control enables precise monitoring of PNIPAm's conformational changes and stability across various temperature...

• Industry : Polymers and Plastics
• MeasurementType : Stability
• Sample : PNIPAm Hydrogel
• Technology : Static Multiple Light Scattering

2024-07-12

Investigating Beer Foam using BeScan Lab

BeScan Lab enables qualitative analysis for beer foam, in which variations of light transmission can be easily captured to generate corresponding spectrum. Quantitative analysis based on hydrodynamics and instability index demonstrates a stable beer foam with low alcohol content and proper wort conc...

• Industry : Food and Drink Analysis
• MeasurementType : Stability
• Sample : Beer
• Technology : Static Multiple Light Scattering

2024-06-28

Characterizing Gold Nanorods by Utilizing VV and VH Modes in DLS

This application note emphasizes the combined use of VV and VH modes in dynamic light scattering (DLS) measurements, enabling a thorough analysis of anisotropic particles such as gold nanorods. The BeNano 180 Zeta Pro accurately measures both translational and rotational diffusion, offering detailed...

• Industry : Nanomaterials
• MeasurementType : Particle Size
• Sample : Gold Nanorods
• Technology : Dynamic Light Scattering

2024-06-26

Measuring the Sizes of Fluorescent Microspheres

This application note showcases the BeNano 180 Zeta, which is equipped with a narrow band filter to accurately measure the particle sizes of fluorescent microspheres. The high correlation function intercepts and low PDI values reflect excellent signal-to-noise ratios and narrow distributions, sugges...

• Industry : Biologics
• MeasurementType : Particle Size
• Sample : Fluorescent Microspheres
• Technology : Dynamic Light Scattering

2024-06-24

Bettersize Showcases Advanced Particle Characterization Solutions for Additive Manufacturing at RAPID + TCT 2024

Join Bettersize at RAPID + TCT, North America’s largest additive manufacturing and industrial 3D printing event, from June 25-27 in Los Angeles, CA! Visit Booth 1015 to explore our comprehensive particle and powder characterization solutions tailored for additive manufacturing. We’ll be ...