Winner2000 laser particle size analyzer particle size and shape analyzer

NegotiableUpdate on 12/10

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Winner2000 laser particle size analyzer particle size shape analyzer $n reproducibility:<0.5% $n Instrument principle: static light scattering $n Dispersion method: ultrasound, stirring, and wet dispersion $n Measurement time:<2 minutes/time $n Measurement range: 0.1-300 μ m

Product Details

Winner2000 laser particle size analyzerProduct parameters of particle size analyzer:

Specification Model			Winner2000B three levels	Winner2000E
execution standard			ISO 13320:2009； GB/T19077-2016； Q/0100JWN001-2013
test scope			0.1-40μm /0.6-120μm /1-300μm	0.1-300μm
Number of detector channels			76*3	78
Accuracy error			Less than 0.5% (D50 value of national standard sample)
repeatability error			less than0.5% (D50 value of national standard sample)
Laser parameters			High performance He Ne laser with λ=632.8nm and p>2mW,Service life:>25000H
Built in dispersion method	ultrasound		Frequency: f=40KHz, Power: p=35W, Time: 0-10min adjustable
	stir		Speed: 0-3000rpm, adjustable speed
	loop		Rated flow rate: 8L/min Rated power: 10W
	sample pool		Capacity: 350mL
Software features		analysis mode	Including free distribution, R-R distribution, lognormal distribution, and hierarchical statistical models, it meets the different requirements of different industries for the statistical methods of particle size of the tested samples
		statistical method	Volume distribution and quantity distribution to meet different statistical methods for particle size distribution in different industries
		Statistical comparison	Statistical comparative analysis can be conducted on multiple test results, which can significantly compare the differences in test results between different batches of samples, samples before and after processing, and test results at different times. This has strong practical significance for industrial raw material quality control
		Custom analysis	User defined analysis parameters, calculated as percentages based on particle size, percentages based on particle size, or percentages based on particle size ranges, to meet the characterization requirements of different industries for particle size testing
		Test Report	The test report can be exported in various forms such as Word, Excel, images (Bmp), and text (Text), meeting the needs of viewing test reports in any situation and citing test results in scientific research articles
		Multi language support	Chinese and English language interfaces are supported, and other language interfaces can also be embedded according to user requirements.
		Intelligent operation mode	Equipped with intelligent operation mode, it can automatically control the steps of water inlet, dispersion, testing, etc., which not only reduces the workload of testing personnel, but also improves the repeatability of test results due to no human interference.
Operation Mode			Film sticking key operation
test speed			<2min/time
volume			680mm350mm440mm
weight			32Kg

Winner2000 laser particle size analyzertechnical advantage

1. Clear cost-effectiveness advantage: Low price, complete functions, able to meet the routine requirements of enterprises, it is one of the most popular particle size analyzer products on the market.

2. Three level testing techniques for improved resolution: Users with narrow sample distribution can choose three level testing techniques to narrow the measurement range and obtain higher testing resolution.

3. Fully built-in dispersion system: The fully built-in dispersion system has good overall control coordination and shortens the pipeline to prevent secondary sedimentation of large particles.

4. Unconstrained free fitting technique: Using the unconstrained free fitting technique of micro nano * *, particle size analysis is not limited by any function and can truly reflect the distribution state of particles.

5. Advanced optical path design: Adopting micro nano converging light Fourier transform optical path, effectively improving the ability to distinguish submicron particles.