| Customization: | Available |
|---|---|
| After-sales Service: | on-Line Technical Support |
| Warranty: | 2 Years |
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NKT6100-B adopts the internationally most advanced Mie scattering principle and convergent light Fourier transform optical path. The use of Fourier transform lens+filter lens dual lens technology ensures the measurement accuracy of the instrument. The high-density array probe and full range seamless connection test method ensure the accuracy and repeatability of the test results. The unique wet circulation and dispersion system adopts the pipeline residue free design to ensure that there is no particle deposition during particle testing and no waste liquid accumulation after testing drainage, which not only proves the accuracy of testing different samples, but also ensures the accuracy of the second test, making the test results more authentic and reliable. Dry and wet switch automatically with one key, without any manual operation.
NKT6100-B laser particle size analyzer is widely used in various metal and non-metallic powders, such as heavy calcium, light calcium, talc, kaolin, graphite, wollastonite, brucite, barite, mica powder, bentonite, diatomite, clay, silica, garnet, zirconium silicate, zirconia, magnesium oxide, zinc oxide, river sediment, lithium battery materials, catalysts, phosphor, cement, abrasives, medicine, pesticides, food, paint, dyes Ceramic raw materials, chemical materials, nano materials, paper-making filler coatings, various emulsions, etc
Measuring principle Full range laser diffraction
Particle size range 0.1 μ m-1250 μ m/0.01 μ m-2000 μ M (full range test)
Detection system 96/127 channel uniform cross and area compensated multidirectional array
Imported high-power fiber laser output semiconductor laser, wavelength 635nm, maximum power 20mw
Full range full Michaelis scattering theory of optical model, including high concentration multiple scattering dynamic compensation technology
Filtering mode Dual lens filtering technology, Fourier transform lens+filtering lens
Acquisition motherboard The sixth generation ultra-high speed acquisition motherboard 16bit, 200kps ultra-high speed acquisition motherboard
Concentration range: minimum shading 3%, maximum shading 90% (optical concentration)
Special coating process for sample cell, optical signal transmittance>99.7%
Optical alignment system Mechanical center+optical center double positioning automatic alignment system
Typical value of measurement time < 10s
The accuracy and repeatability of measurement Dv50 are better than ± 0.5% (NIST traceable standard sample)
Measurement mode SOP editable full-automatic measurement
Ambient temperature 0 ° C-45 ° C
Ambient humidity 10% - 85% relative humidity (no condensation)
Power supply requirements: 220V (± 20V), 50Hz - 60Hz
Executive standard GB/T19077-2016/ISO13320:2009
Appearance size 1040mm × 505mm × 335mm
Instrument weight 50kg
The laser intelligent management system instrument uses the internationally advanced laser intelligent management system to monitor the working state of the instrument in real time. Once receiving the working command, the intelligent management system will instantly light up the laser, and the high-performance laser will reach a stable working state within 3 seconds. After the sample test, the intelligent management system will automatically turn off the laser, and the laser will basically not decay. In theory, the particle size analyzer can be used for life without changing the laser.
In the full intelligent operation mode, click the operation SOP (editable) to automatically complete all functions such as water inlet, exhaust bubble, background collection, sample dispersion, measurement data collection, saving, cleaning, etc. The operator only needs to put the samples to be tested, and the test results are not affected by human factors.
Misoperation protection function The instrument has the function of no response to misoperation of the instrument, ultrasonic anti dry burning function, and excessive water overflow function.
Some samples with automatic dispersant filling function have strong agglomeration, and some specific dispersants need to be added. Manual filling is more or less impossible to quantify. The automatic filling system will add dispersants quantitatively as required, and the measurement results are stable and accurate.
Dual lens technology The use of Fourier transform lens+filter lens single optical path dual lens technology can effectively filter unnecessary stray light of optical signal, obtain a more pure optical background, and improve measurement sensitivity. Ultra high speed mainboard Ultra high speed mainboard, 16bit The accurate results can be obtained when the sample is in the laser beam for 0.1s at the sampling speed of 200kbs.
One button automatic switch between dry and wet, one button automatic completion, without any manual operation, ensuring the stability and reliability of the instrument.
No residue design of the sample The instrument pipeline and drainage structure were optimized. There was no residual liquid in the instrument pipeline and the patented circulating pump, so as to avoid the impact on the next test data.
The sample window can be quickly replaced by the newly designed sample window quick change device, which makes the replacement of the sample window more convenient and fast (the disassembly process of the sample window can be completed in 10 seconds).
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