Wet Particle Size Laser Analyzer

The wet method particle size laser analyzer irradiates particles in a suspension with a laser and calculates the particle size based on the angular distribution of scattered light. It is used for detecting particle dispersion in industries such as coatings and inks, and for monitoring changes in particle size during the production process.
Selection
When selecting, consider that the measurement range should cover the particle size of the sample, the dispersion system should match the properties of the sample, the operational procedures should align with the testing frequency, data stability should meet the requirements for repeated tests, and maintenance costs and accessory supply should be suitable for the usage environment.
Optical inspection principle
test principle
Special purpose

Terms

Standards

Instruments

With six-channel particle size detection and 2.83L/min Sampling flow rate, using laser Illuminant life of over 30,000 hours, support UCL calculation and Built-in Printer, AC-DC dual-use can work continuously for more than 6 hours.

$ 848.00

With six-channel particle size detection capability, Sampling flow rate 2.83L/min, using long-life laser Illuminant to ensure Stability, built-in thermal printer and support AC and DC power supply, can work continuously for more than 6 hours.

$ 1171.00

100L/min Sampling flow rate and six particle size channel detection, equipped with long life laser Illuminant and imported air pump, support Touchscreen operation and USB data export function.

$ 10578.00

Measurement range 0.5-3000 μm, maximum resolution 0.1μm, support more than 30 image analysis functions, Particle size distribution and morphology analysis.

$ 5237.00

Featuring a stainless steel frame suitable for dry, wet, and manual sieving, with a pore size of 250μm, laser engraving provides clear labeling to ensure full traceability.

$ 791.00

Using 50L/min Sampling flow rate and six particle size channel synchronous detection, equipped with semiconductor laser Illuminant and Touchscreen control, built-in thermal printer supports real-time data output, Continuous Operating Time up to 5 hours.

$ 8461.00

Using laser scattering technology, a single measurement can simultaneously display up to five particle size particulate matter (PM) concentrations, Sensitivity of 0.001 mg/m ³, no need to replace the cutting head, support continuous monitoring and Data storage functions.

$ 4398.00

The image method is used to analyze the particle morphology and particle size, the test range is 1~ 3500 μ m, the system magnification is 4000 times, the automatic segmentation success rate exceeds 93%, and paraMeters such as length-diaMeter ratio and sphericity can be counted.

$ 5366.00

The stainless steel frame is suitable for wet and dry screening, laser engraving ensures clear traceability, and the aperture of 100μm meets the needs of fine grading.

$ 805.00

Using laser scattering technology, one measurement simultaneously displays five particle size data, detection range 0.01-100 mg/m ³, Sensitivity up to 0.01mg/m ³, no need to replace the cutting head, support continuous monitoring and Data storage functions.

$ 4398.00

Featuring a stainless steel frame, suitable for dry, wet, and manual sieving, with a 500 μm aperture, laser-engraved labels provide clear identification and full traceability.

$ 604.00

With six particle size channel detection capability, sampling capacity of 2.83L/min, built-in lithium battery supports 6 hours of continuous operation, using semiconductor laser Illuminant and color Touchscreen design.

$ 2510.00

Adopting stainless steel frame, suitable for dry, wet and manual screening, with a aperture of 150 μm, laser engraved labels ensure clear traceability and meet ISO standards.

$ 604.00

Using light scattering principle to detect 0.3-10 μ m particle size, Sampling flow rate 28.3L/min, built-in lithium battery supports 6 hours of work, can directly save data to U disk, equipped with thermal printer for on-site output.

$ 3922.00

With 6-channel synchronous detection capability, maximum sampling concentration of 35000 pcs/L, using semiconductor laser Illuminant life of 10 years, built-in battery life of more than 5 hours and support data export printing.

$ 1501.00

Articles

Laser particle size analyzer measures the particle size distribution of spray powder.
Laser particle size analyzers measure the particle size distribution of sprayed powder based on the principle of light scattering, which is critical for coating uniformity and adhesion. During measurement, the powder must be dispersed in a suitable medium to avoid agglomeration, and tests should be repeated to ensure accuracy.
Zero-span tensile strength tester measures the tensile strength of wet pulp.
This article introduces the method of measuring the tensile strength of wet pulp using a zero-span tensile strength tester. Traditional testing is often conducted after the pulp is dried, but testing in the wet state can more directly reflect the bonding potential between fibers.
Laser particle size analyzer analyzes particle size distribution of paint pigments.
This article introduces the application of laser particle size analyzers in analyzing the particle size distribution of paint pigments. It mentions that the particle size distribution of pigments affects the optical properties, stability, and rheological characteristics of coatings.
Blue-style grinder achieves efficient grinding of ink fineness.
The basket mill is a type of wet grinding equipment used in fine chemical fields such as ink production. It utilizes a high-speed rotating impeller to drive grinding media, generating shear and impact forces on the slurry, thereby dispersing pigment particles and reducing their fineness.
Sieve Residue Analyzer and Sieve Analysis for Determining Pigment Particle Size Distribution
This article introduces how the sieve residue analyzer measures the particle size distribution of pigments through mechanical sieving.
Porosity Control in the Preparation of Porous Coatings During the Blade Coating Process
Doctor blade coating is a wet coating technique widely used for preparing functional coatings, which involves uniformly applying a slurry containing solid particles (such as ceramics, polymers, or metal oxides) onto a substrate, followed by drying and heat treatment to form the coating.