Wet Laser Particle Size Analyzer, PSA-LA2600B

Application

Abrasives, adhesives, agrochemicals, barite, batteries, bentonite, boron carbide, brucite, bubble, calcite, calcium carbonate, carbon black, catalysts, cement, ceramics, chemicals, clay, coal, coatings, corundum, cosmetics, diamond powder, dolomite, diatomite, emulsions, environmental protection, explosives, ferrite, flour, fluorescent materials , fluorite, food and beverages, food additives, graphite, grinding , ink, kaolin, medicine, metal powder, mica, milling, minerals, oxides, paints, paper, petrochemicals, pharmaceuticals, pigments, gypsum, plastics, polymers, quartz, refractory materials, resins, silica, slurry, soil sediments, starch, sulfur, synthetic materials, talc, Toners, tourmaline, wollastonite, zeolite, zirconium silicate, etc.

Features

• Advanced Light Path Design

The converging light Fourier transform technology releases scattered light with large scattering angles from the restriction of the Fourier lens aperture, shortens the focal length, and improves the resolution of the instrument.

The ring-shaped multi-element silicon photo-diode ensures that the light signals of all particles are collected, greatly improving the resolution.

• Built-in Intelligent Liquid Dispersion Units

The stirring mechanism, ultrasonic dispersing unit, and sample circulation pipes are carefully aligned and integrated internally.

This built-in design effectively prevents issues such as inhomogeneous dispersion and the sedimentation of large particles, which commonly occur in external systems due to their excessively long sample circulation pipes. Consequently, the sample is uniformly and sufficiently dispersed.

• Unconstrained Free Fitting Analysis Techniques

The particle analysis software uses an unconstrained data fitting analysis technique to obtain the the real particle size distribution data, which is particularly important for researchers.

• Modern Measurement Control (Intelligent Sop Operation)

Users can perform all measurement procedures by simply operating on the PC and obtain ideal results in a very short time.

• User-friendly Operation

Users can freely select between manual and automatic modes to conduct measurements based on the sample’s characteristics. Under certain conditions (e.g., when the sample has unknown features or special measurement requirements exist), users may first perform a test measurement in manual mode. Once they have a clear understanding of the sample’s characteristics and measurement conditions, they can measure the samples in the automatic mode.

• Three Dimension Automatic Light Path Alignment System

A high-precision four-phase hybrid stepping motor automatically aligns and dynamically adjusts the optical path with a precision of up to 0.1 µm. This frees users from manual adjustments, improving the accuracy and stability of measurement results.

• Quick Measurements

In “Automatic” mode, all operational procedures are performed automatically, including water supply, stirring, circulation, background testing, sample testing, analysis, draining, and cleaning. This significantly reduces measurement time, with the entire process taking less than 2 minutes.

• Data Analysis

Data errors are rejected, and the measurement results are processed automatically. This eliminates the need for manual data processing and ensures standardized output.

Specification