🥇 400-Litre Hydraulic Still for SOLIDS + Thermometer + Alcoholmeter
The 400-Litre Hydraulic Still for SOLIDS + Thermometer + Alcoholmeter is a high-capacity still designed for alcoholic distillation of solid materials such as fruit, grape marc, cereals and fermented mash. Its robust construction and condensation system are designed to support distillation performance in terms of both quantity and distillate quality.
🛠️ Premium construction
🔨 Made from 2.5 mm hammered copper sheet.
🟡 Fitted with iron handles and brass nuts.
🔗 Welded joints throughout the structure to support strength and durability.
🧱 Includes protective iron bars on the boiler.
❄️ High-performance condenser
The still features a separate high-performance condenser, designed to facilitate steam condensation and support the distillation process.
✨ Helps optimise vapour flow during the process.
💧 Designed to help produce a cleaner, high-quality distillate.
🔥 Capacity and performance
🛢️ Total capacity: 450 litres.
🧪 Working capacity: 400 litres.
⏳ Estimated distillation time: 6–8 hours.
📈 Indicative yield: 10%–15% of the working capacity.
The following figures are approximate and may vary depending on the type of fermented material, its alcohol content and the distillation conditions.
Simple distillation, without a rectifier, using fermented liquid at approximately 10% ABV:
➡️ Approximate output: 40–60 litres at around 45% ABV.
With rectification:
➡️ Approximate output: 30–40 litres at around 75% ABV.
🎁 Included accessories
🌡️ Large thermometer: 0–120° scale.
🧪 Alcoholmeter: 0–100° scale.
🧴 Optimised distillation process
This model is designed for distilling solid materials such as fruit, grape marc, cereals and fermented mash. Its reinforced structure and efficient condensation system are intended to support distillation performance and help produce a high-quality distillate.
The 400-Litre Hydraulic Still for SOLIDS + Thermometer + Alcoholmeter combines high capacity, durable materials and two measuring accessories to support the distillation process.