Mixed polymer composition
Buoyancy set | 5 to 20 different polymers
Containing up to 20 different polymers in a single sample, our mixed polymer composition (MPC) samples are valuable tools in advanced microplastic research applications. Whether you're developing new analytical protocols, training laboratory staff, or conducting comparative polymer studies, these samples provide the complexity and reliability your research demands. Our MPC samples maintain the same rigorous quality as our single-polymer EasyMP™ reference materials, ensuring consistent statistical reliability across all polymer types within each sample
Webshop
Mixed polymer composition reference materials
Available with EasyMP™
And in dry, neat (powder) format
20 polymers in one sample
Containing up to 20 different polymers in a single sample, our mixed polymer composition (MPC) microplastic fragment samples are valuable tools in advanced microplastic research applications. Whether you're developing new analytical protocols, training laboratory staff. Available with EasyMP™ and in dry, neat (powder) format.
EasyMP™
From €399.95 | €499.95
30 mL
100 mL
Mixed polymer composition
For use in microplastic research. Microplastic concentration with less than 20% relative standard deviation (RSD). Competitive prices and user-friendly application. 30 & 100 mL self-dose pippete bottles in 95 vol.% ethanol, and water w. 20 vol.% ethanol + 0.05 vol.% Tween 20 solution.
Buoyancy sets
In clear/transparent and user-friendly 'color-coded' options. Available for both fragments and beads.
How to best use MPC samples?
In essence, mixed polymer composition (MPC) samples are produced following the same principle as standard single-polymer EasyMP™ samples. For MPC samples, previously quantified dry, neat single-polymer powders are weighed individually and then combined to form a homogeneous mixed powder. Based on the characterization data of the individual components, the corresponding data for the MPC sample are extrapolated to generate a comprehensive dataset.
MPC samples provide research laboratories with a practical tool to assess method limitations, build spectral libraries, train personnel, and evaluate analytical workflows under more complex and realistic conditions.
Because MPC samples involve additional preparation steps that may introduce further uncertainty, they inherently carry a higher overall uncertainty than single-polymer samples. Consequently, we do not recommend using MPC samples for recovery experiments unless users perform their own spectroscopic analysis of the filter contents to precisely establish the sample composition.
If you have questions regarding how MPC samples may suit your specific application, please feel free to reach out.
microplasticsolution.com
+ 33 6 72 05 29 17
Addresses:
Administrative HQ: 9 rue des enfants d'Izieu, 31320 Castanet-Tolosan, France.
Laboratory: 6 impasse Dordac, 31650 Saint-Orens-de-Gameville, France.
© 2026 SAS Microplastic Solution. All rights reserved
Est. 2024