Product Details

Introduction

This instrument adopts comprehensive scattering light detection system with highly sensitive ring photoelectric detector improve the test accuracy greatly. Built-in cycling dispersing system avoid the sedimentation of large particle. Strong data-handling capacity and original unconstrained fitting protect accurate result with highly resolving power. Furthermore, intelligent control system developed by ourselves makes sure operation, calibration, and data processing at a full-automatic model to reduce workload of operator making flow more standardization, and minimize personal error.

Feature

Principle: Particles of different sizes scatters the illuminating laser into different patterns. In this

instrument HeNe laser is used to illuminate and a photon detector array measures the scattered laser.

Software automatically converts the patterns into size distributions.
Novel technique: It uses the Fourier transforming of converging laser to reduce the dimension of the

instrument, and to obtain precise information of the scattering patterns, particularly the intensity of the

scattered laser at very large scattering angles. By simply changing the focal length rather than change

a lens, such an optical system can easily adjust its measurement range to measure your specific

samples.

Built-in dispersing system: We carefully aligned the stirring set-up, the ultrasonic dispersing unit and the sample circulation pipes, and fixed them inside the

instrument. Such a built-in design effectively prevents the inhomogeneous dispersion and sedimentation of big particles,

which can be observed in the designs that these dispersing units are separated from the instruments, where the sample circulation pipes are therefore too long.

Unconstrained data fitting program: the particle analysis software uses a unique unconstrained data

fitting technique that we developed to intelligently measure an unknown size distribution, this is

particularly important for material researchers, or for measuring particle size distributions with

multiple peaks in data.

Micro sample chamber: The capacity of the micro sample chamber is as small as only 10ml. This

helps with measuring expensive/precious samples, or samples difficult to be dispersed within

medium.

Rich software functions: Beside the basic function of analyzing the size distributions, the software

also has the following features: The output has rich content including: size distribution, R-R distribution, logarithmic distribution, statistics within different size ranges, volume distribution,

number distribution, the percentage of particles of a certain size, or a certain size range, and

comparison of multiple results.
The output could be in Word, Exce.

Technical Parameter

Model		Winner 2000ZD
Measurement range		0.1-40μm/0.6-120μm/1-300μm
Number of channels		32×3
Dispersing media		distilled water, alcohol and other transparent liquids
Execution standard		ISO13320,GB/T19077.1-2008,Q/JW001-2006
Sample dispersing		changeable supersonic time:1-4 minutes changeable stirring speed: 0-500rpm
Accuracy		<1%( standard reference material)
reproducibility		<1%( standard reference material)
Dispersing methods	ultrasonic	Frequency: 40KHz, Power: 35W, Time: 0-10min
	stirring	0-300rpm
Circulation		8L/min, 10W
Sample chamber		350ml
Micro sample chamber		10ml (optional)
Operation mold		Wet, full-automatic, automatic centering
Laser		He-Ne λ=632.8nm, power>2mW
Power Source		ac 220/110v 50/60hz
Dimension		855mm×360mm×444mm
Weight		35kg

Operation interface:

Certifications:

Production workshop: