Waters Corporation
www.waters.com
Waters Corporation, a global leader in analytical instruments, separations technologies, and software, focuses on accelerating the benefits of pioneering science to improve human health and well-being. For over 65 years, we have partnered with our customers to ensure the safety of the medicines we take, the purity of food we eat and the water we drink, and the quality and sustainability of the products we use every day.
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WebinarOptimising method transfer in regulated environments
Learn how to minimise risk and promote data quality with data-driven approaches and digital tools
WhitepaperRevolutionising pharmaceutical quality control with System Monitoring – a case study
Discover how Chong Kun Dang has transformed the operation of chromatography systems in their Quality Control lab with the implementation of waters_connect System Monitoring.
WhitepaperPFAS analysis: improving efficiency by using LC-MS systems with System Monitoring software
Improve the efficiency of PFAS and other high profile analysis using LC-MS systems with waters_connect System Monitoring software
WhitepaperInfographic: become a lab of the future
Save time and money by maximizing your lab productivity anytime, from anywhere
WebinarAdvances in lignin-derived polymers: Enhancing toughness and creating sustainable thermosets
Join us to discover how the rapid development of bio-based thermosets is transforming polymer science
WhitepaperInfographic: Maximise your lab productivity in real-time
Discover how to save time and money by maximising your lab productivity anytime, from anywhere.
WhitepaperThe science of battery electrolyte design
Download this free white paper now to discover how to quantify key aspects of electrolyte safety and performance, and optimize designs with cutting-edge technology
WebinarBattery material changes in real-time: silicon anode structural evaluation via isothermal microcalorimetry
Learn about battery material changes and how to accelerate battery development using cutting-edge in-operando isothermal microcalorimetry
WebinarDriving the battery recycling revolution
Hear from experts about steps being taken to improve Li-ion battery recycling technology
WhitepaperEvaluating safety and performance of recycled plastics
Download this free bundle now and explore ways to tackle the challenges we face when screening recycled plastics for safety and material properties.
WebinarIs this the future of bioplastics upcycling?
Learn more about chemical methods for a new route to active upcycling of PLA
WhitepaperAdditive quantification in a commercial CMP sample
In this free application note, discover how to streamline the routine analysis of CMP slurry additives using the Waters Arc HPLC system
WhitepaperRapid, direct additive analysis in mineral oils
Download this free application note to discover a rapid, direct method to analyze the additive content of mineral oil using the Waters RADIAN ASAP mass detector
WhitepaperAchieve low injector carryover of benzyl alcohol
In this free application note, discover how to minimise sample contamination by using the Waters Arc HPLC system
ArticleCharacterisation and process optimisation of recycled resins for the polymer industry
Thermal and rheological analysis ensure that plastics maintain their performance
ArticleHow analytical chemistry is enabling efficient polymer recycling
Waters technologies are helping its customers to make the shift to sustainable plastic use
WebinarUsing calorimetry during battery operation to solve development challenges
Join us as we assess safety, energy density and longevity of battery cells through high-resolution isothermal calorimetry
ArticleAiding material formulation QC with a modern flexible LC platform
Learn how Waters latest HPLC platform can help modernise materials formulation QC testing regimes
WhitepaperRoutine testing with RADIAN ASAP mass detection
Download this free white paper to discover how the RADIAN ASAP Direct Mass Detector can quickly answer your analytical questions
WhitepaperApplication note: Additive quantification in a commercial CMP sample
Download this application note for a fifteen-minute routine method for the analysis of known CMP slurry additives