Jinan Winner --3003 dry laser diffraction method

Winner3003A Dry laser particle size analyzer Description: Winner3003 Universal Dry laser particle size analyzer using air as the dispersing medium, for any dry material, in particular, and water as well as chemical reactions take place in liquid form particles changes occur, with high ground accuracy and repeatability, can be used for research institutions and scientific research, new product development, product testing and quality control of the enterprise. Scope: Winner3003 Dry laser particle size analyzer used in cement, ceramics, pharmaceuticals, dyes, pigments, fillers, chemical products, catalysts, coal dust, additives, pesticides, explosives, graphite, photographic materials, fuel, metal and nonmetal powder, calcium carbonate, kaolin and other powder industry, especially for the chemical reaction occurs in the liquid, the shape change and the loss of such herbs, magnetic materials and relatively wide distribution and larger particles powder industry more unique applicability and practicality. Technical parameters: Model Winner3003A implementation of the standards ISO 13320-1: 1999; GB / T19077.1-2008; Q / JWN001-2009 test range 0.1-300μm number of channels 40 Accuracy error <1 percent (the national standard sample D50 value) Repeat of error <1% (national standard sample D50 value) of high-performance laser He-Ne laser parameter λ = 632.8nm, p> 2mW dry dispersion method turbulent dispersion mode operation mode manual / automatic operation mode can be switched test speed <1min / times the volume of 850mm × 380mm × 240mm Weight 50Kg Features and Benefits: 1. vibratory feeders plus all built dry dispersion system uses patented technology and turbulent dispersion normal shock shearing effect, so that the sample to adequately disperse particles, The key parts of the decentralized system with wear-resistant ceramics, increase the service life. 2. unconstrained freedom fitting technique of micro-nano original unconstrained freedom fitting techniques, without any function restrictions can be a true reflection of the distribution of the particles. 3. The micro-nano patented optical design with a patented optical path converging Fourier transform, improve the resolution of submicron particles.