NKT5100-H wet laser particle size analyzer

NKT5100-H wet laser particle size analyzer：

Execution standards: ISO 13320-2020, GB/T 19077-2024, GB/T 41949-2022

Appearance dimensions: 780mm × 280mm × 300mm

Product features: Full process one click intelligent testing misoperation protection system, high transmittance transparent film sample window, professional dustproof and shockproof design, intelligent light path dual centering system, intelligent ultrasonic anti dry burning protection system

Product Overview

NKT5100-H wet laser particle size analyzerIt is an economical granularity analysis device designed for a wide range of users, adhering to the international MIE scattering principle and focusing on Fourier transform optical path design. Combining unique Fourier transform lens and filter lens dual lens technology, it significantly improves the measurement accuracy of the instrument. The combination of high-density array detectors and seamless full-scale testing methods ensures excellent accuracy and repeatability of test results. The instrument is equipped with a unique wet circulation dispersion system and adopts a pipeline residue free structure design, which can effectively avoid the problem of large particle deposition and waste liquid accumulation during the testing process. This design not only ensures the accuracy of testing different samples, but also greatly improves the reproducibility of continuous multiple tests, ensuring that each measurement can obtain real and reliable particle size data.

Scope of Application

• Industrial minerals and powders: non-metallic powders such as heavy calcium, talc, kaolin, etc; Non metallic powders such as aluminum, copper, and rare earths; Cement, ceramics, graphite and other building materials

• Energy and chemical materials: positive and negative electrode materials for lithium batteries, catalysts, phosphors, rubber and plastic additives, drilling fluids, etc;

• Medicine and biological agents: API, pellets, TCM ultrafine powder, pesticide suspension agent, spray preparation, etc;

• Food and daily chemical products: dairy products, starch, protein granules, pigments, dyes, coatings, inks, etc;

• Environment and Geology: Particle Detection of Sediments, Sediments, Dust, Aerosols, and Water Treatment Aggregates.

Product Parameters

Technical Explanation

One click intelligent testing throughout the entire process - extremely simplified operation and consistent results:

Built in editable SOP (Standard Operating Procedure), with just one click start, the entire testing process from water inlet, exhaust bubble, background measurement, sample dispersion, data collection to storage and cleaning can be automatically executed. By entrusting complex operations to instruments, operators only need to insert samples, greatly reducing reliance on personnel experience. This mode eliminates the unavoidable differences and subjective errors in manual operations, ensuring high consistency and reliability of test data from different operators at different time points, in line with GLP laboratory standards and quality traceability system requirements.

Sample residue free design - zero residue, true data:

We have comprehensively optimized the pipeline layout and drainage structure through innovative flow path system design. The self-cleaning circulation pump equipped with professional technology ensures that there is no residual fluid in the pipeline and pump body after testing, thanks to its special structure and fluid dynamics design. This solves the problem of cross contamination caused by sample residue in traditional instruments, ensuring the independence and accuracy of each test data from the hardware source, and significantly improving the reproducibility and reliability of the instrument's testing.

High transmittance coated sample window - extraordinary substrate, precision coating:

The core optical components are made of Corning high wear-resistant glass material from the United States, supplemented by special optical coating technology. Its wear resistance exceeds that of conventional sample windows by more than 5 times, greatly extending its service life. The coating technology strictly controls the signal scattering loss rate below 0.01%, significantly increases the effective signal transmittance by 20%, and lays a solid foundation for the ultra-high accuracy of core data.

Intelligent dual alignment system for optical path - key calibration, dynamic stability maintenance:

Optical dual centering system, integrating both mechanical and optical centering techniques. Implemented one click start and instant precise alignment, bidding farewell to tedious manual tuning. The system can monitor and automatically maintain the optimal state of the optical path in real time throughout the entire usage process, ensuring the long-term stability of measurement results and the high reliability of the instrument, truly achieving peace of mind and effort.

Professional dustproof and shockproof design - fearless of environmental fluctuations, ensuring consistent data:

Adopting a professional integrated sealed dust-proof system and shockproof design, effectively isolating external dust intrusion and vibration transmission. This design ensures the long-term stability and precise focusing of the core optical path system. The detector position does not require manual adjustment, significantly reducing maintenance frequency and ensuring ultra-high repeatability and reliability of measurement results. Even in complex industrial environments, it can operate stably.

Misoperation protection system - intelligent protection, fearless of misoperation:

Built in comprehensive intelligent error prevention protection system, integrating hardware interlocking and software intelligent judgment. The system can detect non compliant operations in real time and immediately trigger active reminders and execution interrupts, without responding to invalid instructions, thereby fundamentally eliminating hardware damage caused by human error, greatly improving the durability and safety of the equipment, and allowing you to rest assured.

Intelligent ultrasonic anti dry burn protection system - intelligent sensing, active protection:

Equipped with an intelligent ultrasonic anti dry burn protection system, it can monitor the status of dispersed media in real time. When no liquid is detected in the sample pool, the system will automatically disable ultrasound startup or immediately stop working, fundamentally avoiding damage to the ultrasound system caused by no-load operation, significantly improving equipment reliability and service life.

Fully automatic bubble free system - innovative flow path design to improve operational efficiency:

By adopting fully automatic bubble free flow path technology and integrating optimization of the inlet, outlet, and circulation systems, the problem of gas storage in pipelines is fundamentally eliminated. The entire testing process does not require exhaust operation, effectively avoiding bubble interference and significantly improving detection efficiency and data accuracy.

Intelligent Multidimensional Reporting and Analysis System - Flexible, Efficient, Intelligent and Intuitive:

Equipped with professional level granularity analysis software, integrated database and multi-dimensional reporting system, supporting multi format report export and custom editing, and having the function of comparing multiple sets of data on the same screen, significantly improving data interpretation efficiency and report generation flexibility, fully meeting scientific research, quality control and compliance requirements.

High repeatability:

NKT5100-H has good repeatability, and its measurement results remain highly consistent in multiple experiments, with error ranges typically controlled within a very small range. This excellent repeatability is due to the precise optical system design and stable laser light source of the instrument, which ensures that the collection conditions of particle scattered light signals are the same for each test. Whether it is continuous batch sample testing or measurement of the same sample at different time points, laser particle size analyzer can provide stable and reliable particle size distribution data, effectively avoiding the influence of human operation differences and environmental fluctuations on the results, and providing solid data support for quality control in scientific research experiments and industrial production.