- Application Note
2024-03-15
Influence of Particle Size and True Density of Hollow Glass Microspheres on the Compression Strength
This application note explores the correlation between particle size, true density, and compressive strength of hollow glass microspheres (HGMs). Utilizing Bettersizer 2600 laser diffraction particle size analyzer and BetterPyc 380 gas pycnometer, it confirms that particle size and true density affe...
- Industry : Ceramics
- MeasurementType : Particle Size,Powder Characteristics
- Sample : Hollow glass microsphere
- Technology : Laser Diffraction,Gas Displacement Method
- Application Note
2024-03-11
Battery Application Notes—Empowering Innovation in the Industry
Struggling with battery material analysis? Unlock the secrets to high-performance Lithium-Ion batteries with our FREE collection of 7 battery application notes!
- Industry : Battery and Energy
- MeasurementType : Particle Size,Particle Shape,Zeta Potential,Powder Characteristics
- Sample : Battery Electrode Slurry, Graphite, Lithium Battery Cathode, Silicon/Carbon composite anode, and Lithium iron phosphate
- Technology : Laser Diffraction,Powder Characterization,Electrophoretic Light Scattering,Dynamic Image Analysis
- Application Note
2024-03-08
Optimize the Dispersion of Battery Materials for a Better Laser Diffraction Particle Size Test
Accurate measurement of lithium iron phosphate (LFP) particle size distribution (PSD) is crucial for optimizing battery performance. This study explores the challenges associated with LFP PSD measurement and proposes a tailored solution through pre-dispersion with ultrasonication. The optimal pre-...
- Industry : Battery and Energy
- MeasurementType : Particle Size
- Sample : lithium iron phosphate (cathode, battery)
- Technology : Laser Diffraction
- Application Note
2024-03-06
Exploring Particle Size Distribution in Silicon/Carbon Composite Anode for Lithium-Ion Batteries by Laser Diffraction
Silicon/carbon composite anodes are gaining attention in the next generation of lithium-ion batteries due to their ability to harness significant specific capacity. This study focuses on maximizing the energy density of these anodes by monitoring particle size distribution to achieve substantial ta...
- Industry : Battery and Energy
- MeasurementType : Particle Size
- Sample : Silicon/Carbon composite anode
- Technology : Laser Diffraction
- Application Note
2024-02-29
Analysis of graphite's particle size in a convenient way using laser diffraction
Graphite is commonly used in cathode material manufacturing. However, the measurement of graphite particles often meets problems in the dispersion step due to their small particle size. In this note, Bettersizer ST is used, and the sample is prepared using dish detergent. The simple measurement pro...
- Industry : Battery and Energy
- MeasurementType : Particle Size
- Sample : Graphite
- Technology : Laser Diffraction