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Bettersize instruments provide particle size distribution, bulk density, tap density and other physical property data of cathode and anode materials so as to contribute to the technological developmen...

Bettersize instruments provide test data of particle size distribution and the physical performance of powder so as to contribute to the whole process of pharmaceutical research, development and produ...

Bettersize instruments are necessary tools for the particle size testing and particle shape analysis of all kinds of suspension agents.Such environmentally friendly water-based agrochemicals as suspen...

Bettersize instruments provide such physical data as the particle size distribution and powder flowability of paints, inks and coating products.The differences between the particle size and particle s...

Bettersize instruments are widely used in the study and production control of the particle size, particle shape and powder characteristics of chemicals.In order to develop and optimize the production ...

Bettersize particle size and particle shape analysis instruments are widely used in the research, manufacturing and application of all kinds of mining and minerals, bringing favorable profits.The Bett...

Provide you particle size distribution and particle shape analysis data of metals.The manufacturing of metals includes various physical and chemical processes including smashing, atomization, reductio...

Bettersize instruments offer the particle size distribution testing and production control of ceramic products.In the production of ceramics, the appropriate particle size of the preform body, glaze, ...

Bettersize instruments provide the particle size distribution testing and particle shape testing of the raw materials of electronic products.In the electronics industry, many materials and processes h...

Bettersize instruments provide the particle size distribution and particle shape analysis of silicon carbide, diamond, corundum and other materials.Widely used, abrasive is the ‘teeth’ of the manufa...

Bettersize instruments provide the particle size distribution and powder physical property data of cement products.Cement production is a typical high energy consumption industry, and the powder grind...

Bettersize instruments provide the particle size analysis data of plastic and polymer products.nBettersize laser particle size analyser can provide plastics and polymers charaterization.The particle s...

Bettersize instruments provide the particle size analysis and sand content analysis data of soil and sediment samples.Particle size distribution is a widely accepted method of determining soil texture...

Particle size is a very important parameter in the petrochemical industry.Bettersize laser particle size analyzer wet dispersion system can help you to detect:● Catalysts: including the research and ...

Bettersize instruments provide the particle size analysis data of coal industry products (coal, coal water slurry and coal ash).Thermal power plants generally smash raw coal into coal fines. The good ...

The particle size distribution testing of the food and drink industry provides necessary data for improving quality and production efficiency.The performance of the food and drink industry is closely ...

The particle size distribution as a parameter to specify a powder or dispersion plays a central role in many applications. Examples are construction material (sands, cements), pharmaceutical developme...

Dynamic light scattering (DLS) is applied in measuring particle sizes on a nano- and sub micrometer scale.

In a number of applications it is not only required to determine particle size distributions for further processing of a powder, but to analyze particle shape as well. Color, procession and dispersion...

Powder characterization includes flow measurements, morphology, particle size distribution, density and chemical composition. Bettersize PowderPro Series instruments are mainly used for the analysis o...

ELS is a light scattering technology utilized to measure the zeta potential of particles suspended in solution via Doppler shifts in scattered light. When applying an electric field on the sample, the charged particles dispersed in the suspension undergo electrophoretic movement. Due to the Doppler effect, the scattered light experiences a frequency shift compared to the incident light. The magnitude of this shift depends on particles’ electrophoretic velocity. A detector set up at the forward d

The SLS technology measures the weight-average molecular weight of macromolecules such as polymers and proteins that are dissolved in solutions. During a SLS measurements, the instrument detects scattering intensities of particles in solutions with different concentrations. The Rayleigh ratios of samples at different concentrations were calculated and plotted against concentrations into a Debye plot. The molecular weight Mw and the second virial coefficient A2 are then obtained through the inter