For gin enthusiasts and aspiring distillers, understanding the production process can deepen appreciation for a truly craft spirit. At Bathtub Gin Co., an Australian micro artisan gin distillery, every gin is crafted using a highly specialised small-batch method.

The answer to how Bathtub Gin Co.’s fractional distillation works lies in a meticulous, flavour-by-flavour approach. Rather than distilling all botanicals together, each ingredient is distilled separately to capture its unique characteristics and achieve greater control over the final flavour profile.

This guide breaks down the science and craftsmanship behind the process, offering a clear look at how Bathtub Gin Co. creates gins with exceptional balance, clarity, and character.

The Big Picture: Reimagining Gin in Australia's $547m Market

The Australian gin market is a dynamic and growing space. According to industry reports, Australia's gin market was valued at $547 million in 2023, with projections showing continued growth. Despite this, data from Just-drinks indicates that around 80% of gin consumed in Australia is imported, leaving a significant opportunity for local, high-quality producers to make their mark. 

Bathtub Gin Co. steps into this landscape not by competing with mass-produced spirits, but by redefining what a local gin can be. Their commitment to fractional distillation is a direct response to a market increasingly driven by consumers seeking authenticity and local character. 

By isolating each flavour component, Bathtub Gin Co. builds gins with a complexity and precision that stands in clear contrast to large-scale, homogenised production methods, catering to a growing demand for premium, artisanal spirits.

Step-by-Step: Inside the Fractional Distillation Process

At the heart of Bathtub Gin Co.'s production is a process that treats gin-making less like a single event and more like composing a masterpiece from individual notes. Fractional distillation deconstructs the traditional method to give the distiller unparalleled control over the final product.