How Jarrah Honey Works

Clincally Verified Low GI. Third-Party Tested at Analytica NZ, QSI, Chem Centre, and ALS. Certified Organic, HACCP, and BICWA. Awarded Best Dark Peroxide from Asian Apiculture and recognised by Great Taste Awards.

TA stands for Total Activity, a measure of a honey's overall antibacterial strength. It combines two types of activity: peroxide activity (PA), driven by naturally produced hydrogen peroxide, and non-peroxide activity (NPA), contributed by plant phenolics and other compounds. A TA50+ rating indicates exceptionally strong antibacterial activity. For context, TA50+ is broadly equivalent to MGO 4000 in Manuka grading terms, independently verified using the same laboratory.

Manuka relies almost entirely on a single compound, methylglyoxal (MGO), for its antibacterial properties. Jarrah works through a multi-mechanism system: naturally produced hydrogen peroxide, plant phenolics, low pH, and osmolarity, all working together. Independent laboratory studies have shown Jarrah honey to be comparable to Manuka in antibacterial activity, with the added advantages of a lower glycemic index, a richer flavour profile, and a significantly lower price per jar for equivalent activity levels.

Pre-clinical research suggests it may. Jarrah honey contains naturally occurring oligosaccharides, complex carbohydrates that resist digestion but may act as a substrate for beneficial gut bacteria. In laboratory fermentation models, honey-derived oligosaccharides have been shown to support populations of bifidobacteria and lactobacilli. In a controlled animal study, Jarrah honey helped shift gut microbiota composition away from species associated with poor gut function. These are preclinical findings, not clinical proof, but the mechanisms are real and the research is ongoing.

The mechanisms are different and complementary. Probiotics introduce beneficial bacteria. Jarrah honey contains naturally occurring oligosaccharides, the same class of compounds studied for their prebiotic-like properties in laboratory research. Many people choose to include both as part of a considered daily wellness routine.

One teaspoon daily is the most common starting point. Most people take it straight from the spoon first thing in the morning, dissolved in warm (not boiling) water, or stirred into herbal tea. If you're using it for a specific purpose, throat comfort, before exercise, before bed, you can adjust accordingly.

We'd encourage you to enjoy it raw. Heat above approximately 40°C begins to disrupt the natural enzymes. Drizzling over warm food is fine, direct cooking or adding to boiling liquid will reduce the bioactive compounds. To preserve the honey's natural properties, take it straight or stirred into warm (not hot) water.

Jarrah honey has a naturally low glucose and high fructose composition, the same sugar profile that gives it a lower glycemic index. Crystallisation is driven by glucose content, so Jarrah's natural chemistry makes it inherently resistant. We also back this with our Crystallization-Free Guarantee: any TA35+ jar that crystallises will be replaced or refunded, no questions asked.

The short answer: it's not the same product. Independent batch testing, single-origin sourcing, cold extraction, and TA rating verification all carry a real cost. When you factor in a daily serve, a jar of Jarrah TA50+ works out to less than $1 a day, less than most supplements, and considerably less than an equivalent Manuka honey at comparable activity levels.

Varroa mite is a parasite that devastates bee colonies and forces beekeepers to use chemical treatments in hive management. Western Australia remains one of the last Varroa-free honey-producing regions in the world, meaning our bees don't require chemical intervention, and the honey they produce is genuinely free of the residues associated with managed Varroa treatment. It's a biosecurity advantage that's increasingly rare, and one we take seriously.