Imaging and Analysis System for Microporous Structures in Porous Materials

Microporous Structure Imaging Analyzer for Porous Materials This device adopts low-field nuclear magnetic resonance (NMR) technology and is specifically designed for applications in the field of cement-based materials. It enables rapid acquisition of various experimental data related to cementitious systems.The instrument provides precise analysis and evaluation of key properties such as moisture content, pore structure, hydration reactions, permeability, and aging behaviour of cement-based materials. It offers a scientific foundation for optimising material performance and enhancing construction quality, while also serving as a powerful tool to support the successful delivery of infrastructure projects.

Enquire Now Phone: 400-060-3233

Product Specifications

Model: MacroMR12-150H-I

Magnetic Field Strength: 0.3T ± 0.03T

Magnetic Field Homogeneity: ≤50 ppm

Magnet Structure: C-shaped open design

Sample Insertion: Horizontal / Vertical

Key Features

1. Combines relaxation and imaging capabilities; easy to operate and user-friendly.

2. Supports two-dimensional NMR functions for analysing both solid and liquid sample components.

Product Functions

T₁/T₂ Relaxation Spectrum Measurement, T₁/T₂/Proton Density-Weighted Imaging

Optional gradient modules; independent control over confining pressure, axial pressure, water pressure, and back pressure

Compatible with high-temperature, low-pressure dynamic triaxial test systems

Product Applications

Analysis and evaluation of cement-based materials in terms of moisture content, pore structure, hydration reaction, permeability, and aging conditions

Macro Samples

Microscopic Features

Statistical Output

Multi-Field Coupling

In-Situ Monitoring

Fast & Non-Destructive

Supports sample sizes from millimeters to decimeters

Analyses molecular-level motion properties of samples

Captures all hydrogen proton signals within the detection region

Supports temperature, pressure, and chemical field coupling

Enables real-time monitoring via temperature and pressure control modules

Performs fast detection within seconds or minutes without damaging the sample