Microplastic Reference Materials
Designed to bring seamless harmonisation across microplastics testing, whilst also addressing future regulations.
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Designed to bring seamless harmonisation across microplastics testing, whilst also addressing future regulations. LGC Dr Ehrenstorfer now offer a range of microplastic reference materials to support your environmental research, method development and testing. Our high-quality ISO/IEC 17025 reference materials include the most common microplastics encountered in analysis – Polyethylene, Polypropylene, Nylon Fibres, Polyester Fibres. Our PE and PP microplastics have 5 different particle sizes available and our N66 and PET fibres available in one size each. All provided in a 50mg pack size to meet your requirements.
Empowering you to stay ahead, drive innovation and confidently meet emerging regulatory standards
DRE-MP-PE-20 Microplastics Polyethylene PE nominal 20μm (Dv50 = 40μm; Dn50 = 20μm)
DRE-MP-PE-35 Microplastics Polyethylene PE nominal 35μm (Dv50 = 80μm; Dn50 = 3μm)
DRE-MP-PE-65 Microplastics Polyethylene PE nominal 65μm (Dv50 = 130μm; Dn50 = 3μm)
DRE-MP-PE-50 Microplastics Polyethylene PE nominal 50μm (Dv50 = 120μm; Dn50 = 3μm)
DRE-MP-PE-100 Microplastics Polyethylene PE nominal 100μm (Dv50 = 160μm; Dn50 = 3μm)
DRE-MP-PP-20 Microplastics Polypropylene PP nominal 20μm (Dv50 = 40μm; Dn50 = 6μm)
DRE-MP-PP-35 Microplastics Polypropylene PP nominal 35μm (Dv50 = 120μm; Dn50 = 3μm)
DRE-MP-PP-65 Microplastics Polypropylene PP nominal 65μm (Dv50 = 140μm; Dn50 = 3μm)
DRE-MP-PP-50 Microplastics Polypropylene PP nominal 50μm (Dv50 = 110μm; Dn50 = 4μm)
DRE-MP-PP-100 Microplastics Polypropylene PP nominal 100μm (Dv50 = 180μm; Dn50 = 3μm)
DRE-MP-N66-15 Microplastics Nylon 66 fibers nominal 15μm, 6mm long
DRE-MP-PET-10 Microplastics Polyester PET fibers nominal 10μm, 6mm long
How to tackle PFAS in the shifting regulatory landscape
Per- and polyfluoroalkyl substances (PFAS) are found in a vast range of industrial and consumer products, and these ‘forever chemicals’ remain a critical concern for both human health and environmental safety. As global scrutiny intensifies, the need for accurate, reliable PFAS analysis has never been greater. Today’s laboratories must navigate a rapidly shifting regulatory environment while maintaining the highest standards of data integrity and throughput.
This SelectScience eBook, produced in partnership with LGC Dr. Ehrenstorfer, a leading provider of high-quality reference materials for environmental and food safety testing, provides a practical roadmap for scientists to manage PFAS complexity. From ensuring compliance with evolving global standards to optimizing technical workflows, this guide delivers the insights needed to build resilient and scalable PFAS testing protocols.
Inside, you will find:
- A deep dive into the current challenges facing the landscape.
- Strategies for maintaining accuracy amidst shifting global mandates.
- How to refine LC-HRAMS (Liquid Chromatography-High Resolution Accurate Mass Spectrometry) workflows.
- A look at the heritage and innovation behind industry-leading reference standards.
Whether you are establishing a new PFAS testing site or refining your existing laboratory protocols, this eBook provides the tools and knowledge to help your facility thrive.
Download now to stay ahead of the regulations and turn PFAS analysis into a strategic advantage for your lab.
