At this conference, Newma highlighted a series of innovative applications of low-field NMR technology in the geotechnical field, attracting numerous attendees to its booth for discussions. The staff introduced visiting experts and scholars to Newma’s MacroMR and MesoMR product lines, which further integrate multi-field coupling of flow, stress, temperature, and chemical fields, enabling high-fidelity, near in-situ dynamic process monitoring.

The competition, themed “Explore · Share · Innovate,” focused on innovative applications of low-field NMR technology in food science. It attracted numerous students and faculty members, with multiple cutting-edge research projects competing on the same platform. Through the presentation and exchange of experimental cases, the event deepened the application research of low-field NMR technology and injected new momentum into the development of the food industry.

Low-field NMR technology, as a non-destructive method based on the magnetic properties of atomic nuclei, has recently emerged as a promising tool in material analysis. Manager Liu highlighted its application in particle dispersion and specific surface area analysis. By precisely measuring the relaxation time distribution of hydrogen nuclei in materials, low-field NMR provides deep insights into the microscopic structure of materials, including particle dispersion states and accurate determination of particle specific surface area, offering critical guidance for optimizing material performance.

Top Experts Offer Online Insights into Low-Field NMR Applications in the Geotechnical Field, Unlocking Cutting-Edge Industry Use Cases – Don’t Miss This Exciting Event!

Newma Analytics participated in the 3rd China Deep and Ultra-Deep Oil & Gas Exploration and Development Key Technologies and Equipment Exchange Conference, joining industry experts and corporate representatives to explore breakthrough pathways and future trends in deep energy development, injecting strong innovative momentum into the field of oil and gas exploration.

As a participant in this international conference, Newma showcased its innovative low-field NMR technology solutions for the energy sector, actively engaging in in-depth discussions with experts, scholars, and industry representatives from around the world.

As one of the leading domestic scientific instrument companies, Newma actively contributed to this forum. In addition to setting up an exhibition booth, the product managers delivered a presentation titled “Empowering Applications of Low-Field NMR Technology Across Multiple Fields” in a sub-forum, allowing attending scholars to gain insights into the cutting-edge applications and broad prospects of low-field NMR technology.

In the research and production of new energy battery membrane materials, traditional testing methods often require complex sample preparation, which is time-consuming, labor-intensive, and may damage the sample, affecting the accuracy of the results. The low-field NMR technology offered by Newma Analytics provides a novel solution to these challenges.

To further enhance the professional skills of low-field NMR equipment users, standardize instrument operation procedures, and ensure the validity of experimental and testing data, our organization plans to hold the first training course of 2025.

At this forum, Newma’s product managers introduced the applications of low-field NMR technology in the field of powder materials, explaining its principle of analyzing motion states through hydrogen proton relaxation time. They highlighted the technique’s advantages in assessing powder dispersion in high-solid-content thermal materials, such as no sample preparation, in-situ non-destructive measurement, and fast, stable results. Several application cases were shared, including thermal slurry for lithium batteries, ink dispersion evaluation, and crosslink density measurement of rubber elastomers.