Use this oenology calculation to document or plan a defined fermentation, blending, adjustment, stabilization, aging, packaging, sensory, or cellar operation from measured wine parameters.

Baumé (°Bé)

Must density in degrees Baumé.

Estimate degrees Brix from degrees Baumé with the simple Brix ≈ 1.8 × Baumé winemaking approximation; exact relationships depend on the Baumé scale and measurement conditions. The tool evaluates the supplied inputs together and returns the named outputs below; it does not infer omitted operating conditions or change the units shown.^[1]

Brix (°Bx)

Approximate dissolved sugar in degrees Brix.

• Wine chemistry and microbiology depend on temperature, pH, alcohol, sugar, matrix, measurement method, microbial state, legal limits, product formulation, and bench-trial response. Generic doses and thresholds are not production instructions for every wine.
• Use finite inputs in the displayed units and preserve more precision than the final presentation requires. Independently verify safety-critical, financial, compliance, or production decisions.

Confirm measurements with calibrated winery methods, run scaled bench trials, record additions and lot volumes, check local regulations and supplier specifications, and obtain professional laboratory advice for faults or stability risks.

• Brix to Specific Gravity Converter

  Estimate solution specific gravity from degrees Brix with an empirical brewing and winemaking conversion; temperature, dissolved non-sugars, and alcohol can make measured must or wine differ.

• Simple ABV from SG Drop Calculator

  Estimate alcohol by volume from the specific-gravity drop using ABV ≈ gravity drop × 131.25; this common fermentation shortcut is not a laboratory alcohol measurement.

• Oechsle to Brix Converter

  Convert German Oechsle degrees to approximate degrees Brix through the equivalent specific gravity.