Description of QL-1076 laser particle size distribution analyzer system
QL-1076 laser particle size distribution analyzer system is a set of optical, mechanical, electrical, computer high-tech products,It adopts imported semiconductor lasers, long life, good color; advanced mechanical design and processing technology and microelectronics technology;High sensitivity photocell receiving system, full Mie theory as a basis for an excellent combination of calculation methods.To make the test more accurate data, fast;is currently more economical and practical a laser particle size analyzer.
Specifications
Size Range:0.1-500um ;The production, application and research field for a range of non-metallic powders, such as
Specifications
Small Cell System
Repeatability:<1%(Deviation of D50 in CRM)
Accuracy:<1%(Deviation of D50 in CRM)
Principle: Mie Scattering Theory
Laser source: import semi-conductor laser
Operating System: Windows
Connecting Port: RS232 or USB
Photodetector: fan-shaped, 76pcs , forward 68, lateral 8
Ultrasonic Power: 80W
Tank Capacity: 500ml
Circulating Flowrate: 1500ml/min
Agitator Speed: 320rpm
Small cell capacity: 20ml
Small cell agitator speed: 120rpm
Voltage: 220V, 50/60Hz
Outer dimension: 660×280×280mm
Outstanding Features
Import semi-conductor laser runs for 25000 hours (4 times longer than common He-Ne laser) in wavelength 635nm and power 3mw.
Unique 76 photodetectors are highly sensitive and consistent so as to effectively capture even faintly scattered signal.
Two forms of sample feeding by circulation system and small cell assembly expand the applications. Small cell assembly suits costly, heavy metallic samples or samples not workable with water; circulation system for metallic or non-metallic powders and many fields.
Process data by Mie scattering theory, inversion algorithm incorporates R-R, Free1 and Free2 distribution patterns in order to satisfy needs of various industries, fields and customers.
Passed calibration enables units to run with better accuracy and correlation.
Applications
The production, application and research field for a range of non-metallic powders, such as calcium carbonate, talcum, kaolin, zirconium silicate, wollastonite, graphite, silica powder, tourmaline, mica, barite, plaster, betonite, diamond, quartz, diatomite, feldspar, calamite, clay, garnet, vermiculite, Titanium white power, and more.
The production, application and research field for a range of metallic powders, such as aluminum, iron, magnesium, molybdenum, copper, zinc, other rare metal and varied alloy, and more.
Other applications such as pharmaceutical, agricultural pesticide, abrasive, food, cement, ceramic, soil, pigment, scientific research teaching, oil exploration, geological analysis, river sediment, electronic material, materials of chemical and military industry, battery material and more.
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