What is the difference between the series (GTN, SOM, SON, etc.)?

EMAIL: contact(at)getnanomaterials(dot)com

CALL/TEXT: +33 7 56 93 56 56

At GetNano, every product is standardized through our proprietary OmniCore engine, ensuring that specifications such as particle size, purity, and morphology are consistent and directly comparable across series. These values appear transparently in product titles, website filters, and technical documentation.

The distinction lies in the production source. Each series represents a separate manufacturing line or origin. This can mean different raw materials, different equipment, and sometimes different production methods. For this reason, series differences can impact reproducibility, scale-up, production capacity, or the type of characterization data available.

Even when two products share the same nominal specifications, they remain independent products if they come from different series. This also explains why costs and pricing may vary, reflecting differences in raw material sourcing and production economics.

Each series may also provide its own characterization data — including Certificates of Analysis (COA), SEM/TEM imaging, specific surface area (SSA), magnetic properties (where applicable), or other measurements performed either at the production site or by one of our accredited independent laboratories.

The GetNano catalog is dynamic. We continuously expand it by introducing new series from carefully selected contract manufacturers, each with deep expertise in specific product lines. This strategy allows us to enrich the catalog with both breadth and depth, including highly specialized and premium materials, while maintaining strict quality and validation standards.

Multi-series availability is at the heart of the GetNano project. It empowers clients to explore an extensive, ever-evolving catalog, compare and test candidate products side by side, and move quickly and confidently from research to scale-up.

You can select the series that best suits your project, knowing that all are validated and reliable at the specification level, but differ in manufacturing origin, cost structure, and available characterization data.

Back to GetNano Docs