Product Application: Wash buffers for ELISA, western, and other immunoassays, as well as blocking buffers for plate-based assays. Instructions for Use: Dissolve 1 bag of premixed granules and bring the volume to 1L. Amount to Use: 1 bag

The PDFM 6.1 Portable Doppler Flow Meter provides fast, accurate, non-invasive flow measurement for the most challenging industrial environments and mediums. No other clamp-on flow meter is easier to install or operate. Whether you need flow measurement when you didn't have it before, or you need to prove that your existing system is performing properly, the PDFM 6.1 Portable Doppler Flow Meter is here to simplify the challenging.

PEFP-482 is a high-efficiency, eco-friendly, microencapsulated red phosphorus flame retardant designed specifically for PE, EVA, PP, ABS, and polymer foaming systems. Its advanced organic microencapsulation significantly improves thermal stability, compatibility, moisture resistance, and dispersion, reducing the typical risks associated with uncoated red phosphorus such as oxidation, gas formation, and surface blooming. PEFP-482 offers high phosphorus content (≥95 % active flame retardant), excellent char formation, and a strong flame-retardant effect at low addition levels, making it ideal for construction foaming, wire and cable compounds, and safety-critical polymer foam applications.

Years of experience and innovation have enabled Dinnissen to establish a strong line of Pegasus® Mixers. Our in-house developed, perfected, and proven mixing techniques form the basis of all these different mixers. This basis is further expanded with process steps that can be combined with mixing. We think along with our customers and ensure that our machines contribute to an optimal production process, whatever the question may be. Within one production process and one mixer, several process steps can be combined.

For product development and research purposes, the purchase of a large mixer is in most cases not necessary at all. Experiments are often done with small quantities because a new batch has to be run after each small adjustment. For these purposes, Dinnissen has developed the Pegasus® R&D Mixer. This is a small mixer ranging from 10 to 200 liters, which allows you to experiment quickly and efficiently with different product compositions and techniques.

Enrich your product with nutritious and healthy substances, without the grains sticking or losing substances! With the Pegasus® Vacuum Coater, you apply exactly the right amount of liquid to your porous product and allow this liquid to penetrate deep into the product using a vacuum. With this machine, developed entirely by Dinnissen, you effortlessly add aromas, oils, vitamins, minerals and enzymes to granules, pellets and other extruded products. The mixing principle also makes it easy to adhere powders to the product.

Developing your teams core skills to achieve your business objectives

Perlast® FFKM O‑rings & seals Perfluoroelastomer (FFKM) is the most chemically resistant elastomer available and is effectively a rubber form of PTFE. FFKM O-rings and seals are used in critical sealing applications where purity, high temperatures, chemical resistance and retention of sealing force are paramount. Perlast® is the registered tradename of our FFKM elastomers, developed and exclusively molded by PPE, for the most challenging sealing environments.

Perlast Super-Six is a family of six perfluoroelastomer (FFKM) sealing material grades developed for the most critical industrial applications, providing: Extreme hot to cold temperature capability Excellent chemical resistance Outstanding mechanical properties FDA, USP Class VI, 3A 18-03 compliance Rapid Gas Decompression (RGD) performance These materials are offered with industry-leading technical support from specialist sealing engineers, to ensure enhanced performance and improved long term reliability.

PF containers are designed for the safe transport and storage of chemicals. They are suitable for acids, alkalis, corrosive liquids and food-grade substances.

Our scientists apply a range of PFAS analysis methods to identity and determine levels of PFAS in samples. Targeted PFAS analysis offers superior sensitivity and chemical specificity, enabling the precise quantification of the analytes at trace levels. However, this approach is inherently constrained by its scope, as it fails to account for unidentified and polymeric fluorinated compounds. To partially mitigate this limitation, the Total Oxidizable Precursor (TOP) assay is frequently integrated into analytical workflows. By utilizing an oxidation process, the TOP assay converts polyfluorinated precursors into measurable perfluorinated carboxylic acids (PFCAs), thereby providing a more representative estimate of the total PFAS environmental load in a sample. ISO 21675: - Water quality: Determination of per- and polyfluoroalkyl substances (PFAS) in water using solid phase extraction and LC MS/MS DIN 38414-14 - Determination of selected polyfluorinated compounds (PFC) in sludge, compost and soil DIN 38407-42 - Determination of selected polyfluorinated compounds (PFC) in water EN 17681-1 - Textiles and textile products - Per- and polyfluoroalkyl substances (PFAS) analysis of an alkaline extract DIN 3608 - Determination of perfluoroalkanoic acids by LC-MS/MS after oxidative digestion (TOP-Assay) Long chain PFAS chemical testing (C9-C21 LC-PFCAs) Custom semi-quantitative LC-MS/MS methods for selections of PFAS in multiple substances. Can be adapted to meet specific needs and sample types (examples include: hydrogen sector, electronics, personal care, polymers, foams). Non-targeted PFAS Analysis: This addresses the inherent limitations of (non-)targeted analyses, which fail to detect polymeric PFAS species. Non-targeted PFAS screening using LC-QTOF ASTM D7359 - Total Fluorine by Oxidative Pyrohydrolytic Combustion followed by Ion Chromatography Detection (Combustion Ion Chromatography-CIC) UOP 991 - Trace Fluoride by Combustion Ion Chromatography (CIC)

PG-50 is a microencapsulated red phosphorus flame retardant paste designed for use in coatings, epoxy systems, and polymer formulations that require high flame-retardant performance with safe handling and easy incorporation. Formulated as a ready-to-use, non-dusting paste, PG-50 eliminates the typical hazards of powdered red phosphorus while maintaining high phosphorus content (45–55 %) and excellent dispersion stability. The product provides high efficiency at low addition levels, is halogen-free, and complies with modern environmental and safety regulations such as RoHS and REACH.

A range of precisely manufactured Buffer solutions, pH buffers suitable for use in any laboratory and and Phosphate Buffer Solutions (PBS) more traditionally used in haematology and life science laboratories.