Pesticides & PFAS - Certified Reference Materials

Pesticides, whether chemical or biological, are designed to protect our crops, property, and well-being from nuisances and disease vectors. However, the use of pesticides also raises concerns about their residues in our food and drinks, as well as in our environment—air, soil, water.

Perfluoroalkyl substances (PFAS) are human-made organofluorine compounds known as "forever chemicals" due to their exceptional resistance to environmental degradation. That's where we come in. Our pesticide and PFAS reference materials provide you with the necessary tools to accurately monitor and assess the quality of food, soil and water, ensuring compliance with national and international regulations. Explore our offerings and empower your research and applications with confidence in safety and efficacy.

PFAS Workflow Solutions

Solvents, Reference materials and sample clean-up products produced with PFAS testing in mind. Browse through our catalogue here:

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PFAS SPE Sample Pack

Try one of our PFAS SPE sample pack or a PFAS Millex® syringe filters, and request support from a specialist for more information.

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Pesticide Workflow Webpage

From sample collection and preparation for lab analysis, to comprehensive analyses of distinct pesticides – we have the right products and methods for you. Explore our page:

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Pesticide Reference Materials Offering

Browse through our extensive product offering ranging from single-component to multi-mixes, in various formats and quantities. From acaricides to rodenticides, we have you covered.

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Labware Offers

We always need lab essentials for pipetting, dispensing, sample handling. Grab hold of our latest offers:

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Webinar: New Preparation Approach for Improved Pesticide Analysis of Challenging Samples

For Pesticide Analysis in food and feed QuEChERS is an established Sample Preparation technique. Nonetheless there are some challenging sample matrices that require variations of the classical QuEChERS methodology. Our speaker will address this complexity around fat-rich matrices, intensively colored and dry matrices, such as teas, spices or herbs.

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