begins with a thirst for knowledge and a passion for the science behind good health using
Head of Science & Research
Head of Product Development
Head of Digital
At Luhv, we believe that science is the key to unlocking the full potential of natural ingredients. By understanding the underlying science of how different ingredients work, we are able to create drinks that are not only delicious but also have real health benefits.
Folate (also called vitamin B9) is essential for the production and maintenance of new cells, including those of your immune system! Your energy levels also rely on folate because sufficient production of red blood cells ensures enough oxygen is delivered throughout your body!
We're serious about the science of good health, which is why we collaborate with a team of top Biomedical and Dietetic scientists from King's College London and our in-house science team. This scientific knowledge is combined with the expertise of our product development team to create drinks that not only taste great but also have a significant impact on our health and wellbeing.
Eating ginger can reduce exercise-induced muscle pain.
At Luhv Drinks, we believe that good health shouldn't be complicated, which is why we provide clear, simple and totally transparent information about our ingredients and how they work. Every bottle comes with a detailed explanation of the natural ingredients and their functions, making it easy to understand the benefits you're getting with every sip.
Making Health Simple
With Chris at the helm, driven by his dream of making good health accessible to everyone, and supported by Liz's expertise and Jim's talent for pairing ingredients in the
tastiest combinations, Luhv is more than just a company - it's a movement dedicated to making healthy living simple and enjoyable.
We explain exactly how each natural ingredients work, in simple to understand science on the back of the bottle.
Nature's finest Ingredients. Scientifically explained.
These 100% natural ingredients have been scientifically hand selected for their functions.