Deuterium oxide delivered
when and where you need it the most
Isowater supplies high-purity deuterium oxide (D₂O) when and where your operations need it. With reliable global delivery, rigorous quality standards, and responsive technical support, we help keep your projects moving. We also support the recovery of eligible D₂O waste inventory, helping you reclaim value from material that may otherwise go unused.
► OUR SERVICES
High-purity D₂O supply
When your application depends on consistency, purity, and dependable delivery, Isowater is ready to supply the deuterium oxide D₂O you need. We provide high-quality D₂O for advanced research, life sciences, pharmaceuticals, semiconductors, OLED, fibre optics, and specialty chemical applications.
Our team understands that D₂O is a critical material for highly specialized projects. That is why we focus on reliable sourcing, quality assurance, responsive support, and timely delivery to help keep your operations moving. Whether you require material for ongoing production, a specialized project, or future supply planning, Isowater can help you secure the right D₂O solution with confidence.
Isowater, a leading D₂O supplier
Since our founding in 2009, Isowater has established a global market presence as a trusted and reliable supplier of high-purity deuterium oxide to some of the world’s most sophisticated industries including life sciences and manufacturers of semiconductors, OLED displays and fibre optics.
We supply D₂O in a range of volumes, from small packaged amounts to large drums. These offerings are supported by a flexible, skilled and responsive customer support team. Our value-added services include assistance navigating complex international regulatory and logistical hurdles.
ISO 9001:2015
Quality management system focused on consistency and customer confidence.
Responsive support
Help with product fit, documentation, logistics, and planning.
Global customers
Supporting advanced industries in more than 25 countries.
Supply evaluation
Structured review for new customers during constrained supply periods.
