T2008 wet full range laser particle size analyzer | large range particle size analyzer

T2008Wet full range laser particle size analyzer

Brief introduction
T2008 is an intelligent fully automatic laser particle size analyzer with a testing range covering millimeter, micrometer, submicron, and nanometer full ranges. The adoption of a dual beam multispectral detection system and a new technology for ultrafine particle testing greatly improves the accuracy and performance of instrument testing. Represents the advanced level in this field domestically.
Scope of Application
T2008 full range wet laser particle size analyzer is widely used in industries with high requirements such as cement, ceramics, pharmaceuticals, coatings, dyes, pigments, fillers, chemical products, catalysts, coal powder, mud and sand, dust, flour, food, additives, pesticides, explosives, graphite, photosensitive materials, fuels, metal and non-metal powders, calcium carbonate, kaolin, coal water slurry, and other powder industries.
3、 Main performance characteristics
New testing principle:On the basis of using the classic Mie scattering principle, converging light Fourier transform, and unconstrained free fitting data processing technology, this instrument softens the spectrum amplification technology, thereby expanding the testing range in a limited space;
Fully automated operation and calibration:During use, as long as the testing conditions are set according to the characteristics of the tested sample, a series of operations such as dispersion, testing, and rinsing can be automatically completed, and accurate and reliable test results can be obtained. In addition, by using a three-dimensional alignment system to adjust the photodetector, the entire optical path system can be calibrated at any time to ensure accurate alignment, thereby providing strong guarantees for the accuracy and stability of test results, while avoiding the tedious process of manual debugging;
An effective decentralized circulation system:In addition to conventional ultrasonic and stirring dispersing devices, a high flow circulation pump is specially equipped for wide distribution samples and particles with high specific gravity to prevent inaccurate test results caused by the loss of large particles. Therefore, this instrument has a wider applicability in different powder industries;
Authoritative testing standards:Using various national particle size standard materials at the micrometer, submicron, and nanometer levels, the instrument is calibrated and calibrated across its entire measurement range to obtain true and accurate test results.
4、 Technical parameters of T2008 laser particle size analyzer:

Specification and model		T2008A	T2008D
Execution standards		ISO 13320-1:1999； GB/T19077.1-2008； Q/0100JWN001-2013
Range		0.01-2000μm	0.01-1200μm
Number of detector channels		127	127
Accuracy Error		<1% (D50 value of national standard sample)
Repeatability error		<1% (D50 value of national standard sample)
Laser parameters		Main laser source: High performance He Ne laser with λ=632.8nm and p>3.0mW Auxiliary laser source: semiconductor laser, λ= 650nm； p>2mW
dispersion method	ultrasonic	Frequency: f=40KHz, Power: p=50W
	stir	Speed: 0-3000rpm, adjustable speed
	cycle	Rated flow rate: 30L/min Rated power: 70W
	Sample Cell	Capacity: 1000mL
MODE		Software operation/fully automatic operation mode can be switched
Automatic centering system		Fully automatic centering system
test speed		<2min/time
volume		660mm*320mm*400mm
weight		65Kg

5、 Product Features
1. Adopting a fully built-in decentralized system: using a high-power circulation pump to optimize the pipeline design, achieving a high level of overall control coordination and effectively preventing secondary sedimentation of large particles.
2. The optical path automatic centering system is composed of a precision four item hybrid stepper motor, with micro motion accuracy reaching the micrometer level, ensuring that the instrument's optical path is always in good condition.
3. Unconstrained free fitting technique: Unconstrained free fitting technique is not limited by any function and can truly reflect the distribution state of particles.
4. Optical path design: using converging light Fourier transform technology to allow scattered light to be unrestricted by lens aperture; Adopting a dual spectral surface optical path design, effectively expanding the measurement range to 2000 micrometers; The dual laser orthogonal optical path uses semiconductor assisted lasers to measure lateral scattering from 45 degrees to 135 degrees, further expanding the measurement range.