Milk powder is an important product from the processing of milk and it is widely used in the production of ice-cream, cultured milks and yogurts, chocolate, confectionery, bakery products, soups, and sauces.
The cement industry currently consumes 15% of the total energy used in the industrial sector globally. There are many technologies available which endeavor to reduce cement manufacturing costs by physical, chemical and logistical means.
The manufacturing process and final characteristics of chocolate are significantly affected by particle size in many ways. Lower production costs and better chocolate quality are desirable and achievable with the help of high-performance laser diffraction particle size analyzer, and then manufacturers are able to control the particle size distribution of intermediates as well as the final product in chocolate production in a highly efficient way.
The particle size distribution of pesticides directly affects the trajectory of particle movement, surface energy and adhesion. Optimizing the particle size distribution of pesticides in the formulation development process and monitoring the particle size distribution of pesticides in pesticide production have a great significance for improving product quality and stability.
Definition of Particle Size
The size of a particle is called particle size, which is often designated as the average diameter of the particle. But in terms of particle diameter, its physical meaning is very different. Particles have the following five definitions in sedimentology
Tableting of powders is a conventional pharmaceutical manufacturing technology of solid preparation. The properties of the powders, such as flowability, filling ability and compressibility, not only affect the mixing and transfer of the powders in tableting process, but also affect the quality indicators for medication preparation such as the weight variation and the uniformity of the content.
The particle size distribution of cement directly affects the physical and mechanical properties of cement, concrete construction performance and durability, and optimizing the particle size distribution of cement is significance for improving product quality and reducing energy consumption, which has received more and more attention from researchers.
We learned the influence of abrasive particle size on the performance of abrasive tools with literature investigation. This paper mainly compares the particle size and particle shape distribution of different kinds of abrasive by laser scattering method and image method.
2019-04-03Objective: To establish a method for the determination of lactose powder particle size by laser diffraction. Method: Using Bettersizer 2600 with a fully automatic dry dispersion system, to systematically study the particle size measurement of lactose powders. Investigated the effect of different dispersive pressures on the particle size distribution measurement and researched the precision of dry dispersion method.
Objective: To establish the optimal particle sizing dispersion method for Domperidone API by laser diffraction. Method: Using Bettersizer 2600, an automatic laser particle size analyzer with both dry and wet dispersion system, to systematically study the particle size distribution of Domperidone API.
The improvement of drug quality is the basic principle for developing overall strategies. For the current evaluation system, dissolution is a top priority, and the particle size of the pharmaceutical preparation has an important influence on the dissolution curve.
This paper explores the effects of coffee grinding method, particle size and particle size distribution on coffee quality, and introduces the testing methods and principles for optimizing coffee particle size and particle size distribution. Laser particle size analyzer is widely used in particle size industry due to its unique advantages.