Nuclear Magnetic Resonance Analyzer PQ001-GU

The PQ001-GU NMR Analyzer is a specialised instrument designed for quantitative analysis in materials science, including cross-linking degree, resin content, and particle specific surface area measurements. Equipped with professional-grade testing software, the system offers a fast, user-friendly experience that ensures efficient and reliable testing performance.With a modern design, robust hardware configuration, and intuitive software interface, the PQ001-GU seamlessly integrates advanced technologies and continuous upgrades. This guarantees outstanding product performance while delivering an exceptional user experience.

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Macroscopic Samples

Detection of samples ranging from millimetres to decimetres

Microscopic Characteristics

Analyse molecular-level motion characteristics of the sample

Statistical Representation

Detect and express all hydrogen proton signals within the region of interest

Fast & Non-Destructive

Perform rapid detection in seconds or minutes without damaging the sample

Specifications

Magnet Type: Permanent Magnet

Magnetic Field Strength: 0.5T ± 0.03T

Sample Size Range: Ø24.2mm × H25mm

Key Features

1. Intuitive interface separating setup and results for ease of use

2. Fully integrated software—no special training required

3. Simple and fast testing process—complete analysis in under 3 minutes

Application Areas

Quantitative analysis in material science

Cross-linking degree

Resin content

Specific surface area of particles

Crystallinity of high-density polyethylene

Isotacticity of polypropylene

Quantification of elastomer or polyethylene content in polyamide copolymers

Oil/water content analysis

How is particle dispersibility described in low-field NMR technology?

Low-field NMR technology is used to study the aggregation state of particles.

Evaluation of the dispersibility of water-dispersible granule (WDG) pesticides using low-field NMR analysis.

Frontier Application | Low-Field NMR Technology for Pore Size Distribution Analysis of Porous Carbon Materials in New Energy Batteries

Published Papers:

《Resin transfer molding process and performance of paraffin based energy storage composites framed on polyurethane foam》

《Study of Compatibility and Flame Retardancy of TPU/PLA Composites》

《Effective extraction of tylosin and spiramycin from fermentation broth using thermo‐responsive ethylene oxide/propylene oxide aqueous two‐phase systems》