The equipment used for particle size analysis includes dynamic light scattering analyzers and laser particle analyzers.
Dynamic light scattering analyzers are used to measure particles in solutions within the range of 0.6 nm to 6 um. These analyzers analyze the motion of particles in a solution to determine their size.
Laser particle analyzers, on the other hand, are used for particles in a material within the range of 10 nm to 3 mm. These analyzers use laser diffraction to measure the size of particles.
In addition to these analyzers, test sieve shakers are also commonly used for particle size analysis. Test sieve shakers help promote particle movement through a stack of sieves, allowing for accurate particle separation. The particles are retained on the sieves based on their size, providing insight into the average particle size of the sample.
There are different types of test sieve shakers available, such as the Hosokawa Air Jet Sieve and the Ro-Tap. The Hosokawa Air Jet Sieve is an economical shaker that is compact and portable, making it ideal for small test sizes. The Ro-Tap, on the other hand, is designed for testing multiple particle samples and provides important information about particle size and other properties.
Overall, the equipment used for particle size analysis includes dynamic light scattering analyzers, laser particle analyzers, and test sieve shakers. These instruments help in determining the size distribution of particles in different materials.
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