⭐️Activated coconut carbon 3.4L DISTILLERY FILTER FOR 100 L⭐️

This 3.4-liter coconut activated carbon is a high-quality filtration medium, ideal for distillates. Made from coconut shells, it boasts exceptional adsorption properties and optimal granulation (0.4–1.7 mm) . This makes it indispensable in the alcohol purification process.

Application:

• ✔️ Clarification and purification of alcohol;
• ✔️ Improving the taste and smell of distillates;
• ✔️ Removal of micro-pollutants and unwanted dyes.

✨Product advantages:

• ⚡️ Perfect granulation: The grain size ( 0.4–1.7 mm ) ensures effective filtration with appropriate alcohol flow;
• ⚡️ High adsorption efficiency: Active surface of at least 1100 m²/g effectively absorbs organic substances;
• ⚡️ Improving the quality of the distillate: Carbon removes unwanted aromas, giving the alcohol a mild and pure character;
• ⚡️ Versatile use: Suitable for both home and professional distillation;
• ⚡️ Convenient packaging: The airtight doypack packaging allows for repeated closing, ensuring long-lasting freshness.

Technical parameters:

• ✅ Volume: 3.4 liters
• ✅ Granulation: 0.4-1.7 mm
• ✅ Active surface: min. 1100 m²/g
• ✅ Bulk density: 450 kg/m³ ± 5%

Instructions for use:

• 1️⃣ Before first use, rinse the carbon 2-3 times with hot water to remove carbon dust.
• 2️⃣ The alcohol for filtration should be diluted to a maximum of 50% and cooled (e.g. in the freezer).
• 3️⃣ Filter slowly to achieve the best results.

Storage:

Store in a tightly closed container in a dry place, at a temperature of 5–40°C , away from sources of ignition and moisture.

⌛️Why is it worth choosing this coal?

Activated coconut carbon with a granulation size of 0.4–1.7 mm is a premium product designed specifically for alcohol filtration. Its exceptional purification efficiency allows for crystal-clear and smooth distillate. Choose quality that stands out from the competition!

✍️Why is 0.4-1.7 mm granulation the best choice for alcohol purification?

This granularity range provides an optimal balance between active surface area and filtration rate. Fine particles ( 0.4 mm ) increase active surface area for more effective contaminant removal, while larger particles ( up to 1.7 mm ) ensure uniform fluid flow, preventing filter clogging. This ensures maximum filtration efficiency without sacrificing filtration rate.