- Exhibitions
2026-03-05
Meet Bettersize at ACS Spring 2026 | Discover Smarter Particle Characterization
AtACS Spring 2026, Bettersize is bringing together three powerful technologies designed to give researchers deeper insight into particle size, zeta potential, and dispersion stability — all in one place. Whether you're working in advanced materials, pharmaceuticals, chemicals, or nanotechnolo...
- Application Note
2026-02-17
Revealing the Secret of Cosmetics Using Laser Diffraction and Static Multiple Light Scattering
Abstract: In cosmetic products, particle size and distribution play a crucial role in determining product performance, including texture, opacity, and efficacy. This study investigates the particle size distribution, shape, bulk density, and flowability of cosmetic powders using laser diffraction an...
- Industry : Paints, Inks, Pigments and Coatings
- MeasurementType : Particle Size,Particle Shape,Stability
- Sample : Cosmetic powders and formulations
- Technology : Laser Diffraction,Static Multiple Light Scattering
- Application Note
2026-02-17
Characterization of Moisture-Sensitive Solid Electrolytes Using Inert-Atmosphere Laser Diffraction
Abstract: Particle size distribution (PSD) is a critical quality attribute for moisture-sensitive solid electrolytes used in all-solid-state batteries, directly affecting sintering behavior, ionic conductivity, and interfacial contact. This study demonstrates inert-atmosphere laser diffraction for s...
- Industry : Battery and Energy
- MeasurementType : Particle Size
- Sample : Moisture-sensitive solid electrolytes (sulfide and halide electrolytes)
- Technology : Laser Diffraction
- Flyer
2026-02-17
Bettersizer 2600 Plus Flyer
Downloads - Application Note
2026-02-17
Particle Size Analysis of Inks Using the Bettersizer 2600 Plus
Abstract: Ink performance is highly dependent on pigment particle size and particle size distribution (PSD), which directly affect color strength, opacity, viscosity, and printing stability. This application note demonstrates particle size analysis of ink samples using laser diffraction, showing how...
- Industry : Paints, Inks, Pigments and Coatings
- MeasurementType : Particle Size
- Sample : Ink
- Technology : Laser Diffraction
- Application Note
2026-02-17
Powder and Particle Characteristics of Metal Feedstock for Powder-Bed Additive Manufacturing
Abstract: In additive manufacturing, particularly powder bed fusion, the characteristics of metal powders play a pivotal role in the quality and consistency of the final product. This study explores the relationships between particle size distribution, particle shape, bulk density, and flowability o...
- Industry : Additive Manufacturing
- MeasurementType : Particle Size
- Sample : Metal alloy powders for powder-bed additive manufacturing
- Technology : Laser Diffraction,Dynamic Image Analysis
- Application Note
2026-02-17
Particle Size Distribution Control in Metal Mining: From Ore Liberation to Downstream Processing
Abstract: Particle size distribution (PSD) is a decision-critical variable in metal mining, directly influencing comminution efficiency, mineral liberation, recovery performance, and tailings behavior. This application note demonstrates why single parameters such as P80 are insufficient and shows ho...
- Industry : Mining and Minerals
- MeasurementType : Particle Size
- Sample : Metal ores, mineral slurries, and tailings materials
- Technology : Laser Diffraction
- Application Note
2026-02-17
Optimizing the Sintering Density of ITO Targets via High-Resolution Particle Size Analysis
Abstract: This application note demonstrates how high-resolution laser diffraction enables precise particle size distribution analysis of ITO powders to optimize packing efficiency, sintering density, and electrical performance of sputtering targets. Using the Bettersizer 2600 Plus, engineered bimod...
- Industry : Electronics and Semiconductors
- MeasurementType : Particle Size,Particle Shape
- Sample : Indium Tin Oxide (ITO)
- Technology : Laser Diffraction
- Application Note
2026-01-28
Rapid Laboratory Particle Size Analysis of Cements Using Bettersizer 2600 Plus
Abstract: The laser diffraction method for measuring particle sizewas first invented in 1974, and the first industries to adoptthe technique were coal, ceramics, chocolate, and cement.The particle size distribution or fineness of cement hasbeen measured by laser diffraction in laboratories since1975...
- Industry : Building Materials
- MeasurementType : Particle Size,Particle Shape
- Sample : Ordinary Portland Cement (OPC)
- Technology : Laser Diffraction
- Application Note
2026-01-26
Exploring Dendrimer Generations Using the BeSEC
Abstract: Dendrimers are highly branched macromolecules whose molecular weight increases systematically with generation, yet their compact architecture often leads to underestimation by conventional SEC calibration. In this study, size-exclusion chromatography coupled with static light scattering an...
- Industry : Pharmaceuticals,Nanomaterials
- MeasurementType : BeSEC
- Sample : Polyethylene terephthalate (PET)
- Technology : Static Light Scattering