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Laser Particle Size Analyzer
LIST

DLS Nano particle Size Analyzer

YK-802

Product Category: Nano-granularity instrument

Yuke YK-802 dynamic light scattering nanometer particle size analyzer which based on the dynamic light scattering principle, and also 1st one which use digital correlator in China. And Its upgrade from Yuke YK-801, which is 1st set of Nanometer particle size analyzer. 

Products Detail Technical Parameter Feature And Application Fields Of Use Download

Brief Introduction:

Yuke YK-802 dynamic light scattering nanometer particle size analyzer which based on the dynamic light scattering principle, and also 1st one which use digital correlator in China. And Its upgrade from Yuke YK-801, which is 1st set of Nanometer particle size analyzer. Based on Brownian motion principle, smaller particle, faster speed, bigger particle, more slowly. It adopt great performance of Japan HAMAMATSU photomultiplier and self-developed high speed digital correlator as core parts, Get diffusion coefficient by test scattering light change in some angle, and calculate particle diameter and distribution according to stokes-Einstein equation. the machine is with characters of fast calculation, high resolution ration, good accuracy and repeatability, therefore its widely used in company product lab research and university use.


Main specification:

Model

Yuke YK-802

Standard

GB/T 19627-2005/ISO 13321:1996

GB/T 29022-2012/ISO 22412:2008

Measure range

0.3nm-10000nm

Concentration range

0.1mg/ml--100mg/ml

Accuracy error

<1%( CRM D50)

Repeatability error

<1% ( CRM D50)

Light source

Semiconductor laser λ= 532nm P=30mW

Detector

Imported Japan HAMAMATSU photo-multiplier (19-90)

Scattering angle

90o

Sample cuvette

1-4mL

Test temperature

5-40 temperature controller 5-90, precision within 0.1℃

Test speed

<5 Min

Power Supply

220V 50HZ/60HZ

Outer Dimension

L48cm*W27cm*H17cm

G.W.

12Kg

Operation system

Win XP/Win 7/Win 10 64 bits, USB port: 2.0 /3.0

Analysis

Average particle diameter, particle distribution,

photon counting rate etc.

Analysis mode

NNSL, multi-peak and CONTIN

Digital Correlator

Model

CR256


Auto-correlation channels

256


Baseline channel

4


Physical channels

5000


Unit delay time

100ns-10ms


Application:

Nano metallic oxide, Nano metallic powder, Nano ceramic material, protein, polymer latex, preparation of pharmaceutical, water/oil emulsion, paint, coating material, pigment, ink, toner, cosmetics and other fields of research, preparation and application of nano materials.


Main Features:

 1) Advanced test principle:

Dynamic light scattering principle and photon correlation spectrum technology, according to Brownian motion speed of particle to test particle size, different size of particles have different speed, when laser illuminate these particles, it will make scattering light happen different speed of fluctuations- downs.

Photo correlation spectrum method will analyze these particle size according to Photon fluctuations -downs in particular direction.

 

  2)  High resolution:

Using PCR technology test nanometer-scale particle size, must be able to distinguish nanosecond signal fluctuations. The core components of the instrument is CR256 digital correlator developed by our company, with 8ns high resolution speed.

 

3) High sensitivity and Noise-signal ratio

  Detector is composed of imported HAMAMATSU photomultiplier, so ensure good accuracy.

 

4) High speed data collection and calculation

  Self-developed patent product-CR256 digital correlation, It could finish dynamic scattering light intensity collection and autocorrelative function real time calculation, Data processing speed is up to 162M, effectively reflect dynamic scattering light information of different sizes of particles.

 

5)High stable optical path system

  Photon correlation spectrum detect system adopt optical-fibre technology, smaller size and high anti-interference and reliability.

 

6)High precision constant temperature control system

  Semiconductor temperature control technology, precision control within ±0.1make samples be in a constant state throughout the testing process, prevent testing error because temperature change will change liquid viscosity and Brownian movement speed.

 

7) Output parameters: Real particle size distribution, freely set D10-D100, D[4,3],D[3,2], D[2,1],D[1,0] and specific surface area. 

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