Advanced Laser Particle Size Analyzer for Precise Measurements

• Customization: Available
• After-sales Service: on-Line Technical Support
• Warranty: 2 Years
• Model NO.: HYL-1076
• Power Supply: AC 220V ± 10% 50Hz or 60Hz
• Humidity: <85%
• Scanning Speed: 2000 Times/Second
• Test Range: 0.1 μ M to 500 μ M
• Light Source: Semiconductor Laser (Wavelength 635 Nm, Power 3MW,
• Testing Method: Wet Testing
• Repeatability Error: Better Than 0.5%
• Transport Package: Wooden Case
• Specification: HYL-1076
• Trademark: SYNOTHERM
• Origin: China
• HS Code: 9031499090
• Production Capacity: 500 Sets/Year

Product Description

Introduction to the Type HYL-1076 Laser Particle Size Distribution Instrument:
The HYL-1076 laser particle size distribution instrument system, a paragon of innovation, melds the realms of optics, mechanics, electronics, and computing into one exceptional device. It leverages state-of-the-art imported semiconductor lasers renowned for their longevity and superior monochromaticity. Coupled with sophisticated mechanical design and precision processing technology, advanced microelectronic integration, and a highly sensitive photovoltaic receiving system, the HYL-1076 stands as a beacon of accuracy. By employing the comprehensive Mie theory throughout the analysis, complemented by outstanding computational methodologies, this instrument ensures that test data is consistently accurate and swiftly delivered.
HYL-1076 Technical parameters of the type laser particle size distribution instrument:
(1) Test range: A versatile span from 0.1 μm to an impressive 500 μm, accommodating diverse analytical needs.
(2) Light source: A robust semiconductor laser with a 635 nm wavelength and a resilient 3mw power, boasting a cumulative service life exceeding 25,000 hours.
(3) Testing method: Utilizes a wet testing approach for precise and reliable measurements.
(4) Repeatability error: Exhibits exceptional consistency with a repeatability error better than 0.5%, based on the mean square deviation of the national standard sample D50.
(5) Accuracy error: Maintains superior precision with an accuracy error under 0.5%, aligned with the mean square deviation of the national standard sample D50.
(6) Number of independent photoelectric detection units: Features 76 highly efficient and independent photoelectric detection units.
(7) Sample concentration: Capable of analyzing samples with concentrations from 0.5 ‰ to 1%, adaptable to varying specific gravities, particle sizes, and refractive indices.
(8) Test time: Quick and efficient, completing tests in less than a minute, not including the time for sample dispersion.
(9) Scanning speed: Exceptional speed with a scanning rate of 2000 times per second.
(10) Power supply: Operates on AC 220V ± 10% at either 50Hz or 60Hz, with an energy-efficient power consumption of 80W.
(11) Environmental requirements: Suitable for a wide range of conditions, with an operational temperature range of 5 ºC to 35 ºC and humidity below 85%.
(12) Microcomputer interface: Equipped with a standard RS-232 serial connection or a versatile USB interface for seamless integration.(13)Operating system: Compatible with Windows 95 and all subsequent operating systems, ensuring broad accessibility.
Technical parameters of HYL-300 cyclic sampler:

(1) Operation mode: Employs a peristaltic pump for precise and contamination-free operation.
(2) Flow rate: A robust flow rate of 1850ml/min, supporting efficient sample processing.
(3) Mixing system: Offers adjustable mixing speeds ranging from 100 to 600 rpm for versatile sample preparation.
(4) Ultrasound system: Incorporates a potent 45W ultrasound system to ensure thorough sample dispersion.
(5) Motor speed: Consistent operation with a motor speed of 300 rpm.
(6) Power supply: Energy-efficient, requires AC 220V at 50Hz or 60Hz with a power consumption of 70W.



HYL-1076 Basic features:
(1) HYL-300 circulating sampler (optional accessory - cannot be used in the fire industry)
The HYL-300 circulating sampler boasts an integrated suite of functions, including ultrasound, circulation, stirring, and ultrasound timing. Its circulation system utilizes a peristaltic pump to prevent contamination, thereby preserving the integrity and precision of test data. The HYL-1076 laser particle size analyzer offers dual injection methods: a trace sample cell designed for samples necessitating organic solvents as mediums, and a cyclic sample cell ideal for tests requiring water as the medium. Seamlessly interchangeable, these methods ensure unmatched convenience.
(2) A powerful software system
Discover the power of innovation with the HYL-1076 laser particle size distribution instrument system-a remarkable fusion of optics, mechanics, electronics, and computing expertise. This cutting-edge product harnesses dedicated computer analysis system software to deliver precise data processing, culminating in a comprehensive test report output via printer.
(3) Unique optical path integration technology
The state-of-the-art anti-Fourier optical transformation design, paired with a uniquely integrated optical structure, ensures unparalleled stability in the optical path, eliminating the need for frequent adjustments. Complemented by an advanced mechanical design, the instrument's structure is notably compact and rational. Its streamline silhouette is not just aesthetically pleasing but also promotes ease of use and maintenance. Additionally, superior shielding and anti-interference technology bolster the electrical performance, offering stability like never before.
(4) High sensitivity and large angle photoelectric receiver array
Our proprietary design of the photoelectric receiver array significantly enhances the resolution capabilities of the instrument. The primary photoelectric receiver features an impressive 71 photovoltaic cells, achieving a maximum detection angle of 21.5 º. Further augmenting its precision, a non-uniform cross-arranged lateral photoelectric receiver with 5 photocells reaches a lateral angle of up to 70 º.
(5)Employing a robust 635nm wavelength, 3mw power semiconductor laser, boasting an extraordinary service life exceeding 25,000 hours, this innovation markedly extends the usage and storage longevity of the laser particle size distribution instrument.
(6) Excellent H Golub distribution inversion algorithm
The HYL series laser particle size testing system epitomizes precision, leveraging the advanced full Mie scattering theory. By integrating the superior H Golub distribution inversion algorithm with a distinct hardware design, the system ensures rapid and precise testing of both singular and mixed sample distributions.
(7) Flexible output result format
Tailor your reporting experience with our adaptable output format. Customize report sheets to meet your specific needs, encompassing cumulative and interval particle size distribution data, curves, histograms, and a variety of typical particle size values.
(8) Complies with international standard ISO13320-1
In adherence to stringent international standards, the HYL series laser particle size distribution instrument aligns fully with ISO13320-1, assuring unparalleled accuracy and repeatability in test results. Every analyzer undergoes rigorous inspection using national standard substances, ensuring each unit meets all criteria before reaching the market.

Application field:

The instrument is designed to test the particle size distribution of an array of solid powders or lotions, such as:
1. Various metal powders: including but not limited to aluminum, zirconium, nickel, tungsten, tin, zinc, molybdenum, magnesium, copper, and other rare metals, alloy powders, or metal oxide powders like aluminum oxide, zirconia, nickel oxide (excluding magnetic powders).
2. Various non-metallic powders: encompassing talc, kaolin, calcium carbonate, coal, fluorescent powders, brucite, calcite, wollastonite, tourmaline, diamond, barite, fluorite, zeolite, boron carbide, clays, graphite, quartz, gypsum, bentonite, diatomaceous earth, zirconium silicate, corundum, mica, clay, titanium dioxide, bauxite, and more.