Activated Coconut Carbon for Distillation 25 Litre Treatment Pack

This activated coconut carbon is supplied in measured bags designed to treat approximately 25 litres of liquid, making it ideal for home distillation and filtration projects where precise quantities are required.

Produced from specially selected coconut shells and activated using steam treatment, this carbon has a highly porous structure that allows it to effectively adsorb compounds that negatively affect taste, aroma, and clarity. It is particularly well suited to adjusting the flavour profile of neutral spirits and improving water quality.

Compared to stone based carbons, coconut carbon offers superior adsorption performance, smoother filtration, and more consistent results. Its controlled grain size ensures even flow through filtration columns or contact beds, helping achieve a cleaner and more balanced final liquid.

The carbon has a low ash content, meaning it does not leach unwanted residues during use, contributing to a cleaner tasting end product.

Each bag is portioned for convenience and consistency, removing the need to measure from bulk supplies.

Ideal For

• Flavour and aroma adjustment of spirits

• Neutral spirit filtration

• Water purification

• Small scale and home distillation setups

• Contact or column filtration methods

Product Specifications

• Product: Activated coconut carbon

• Material: Coconut shell carbon

• Grain Size: 0.55 to 2.4 mm

• Iodine Value: Greater than 900 mg per g

• Ash Content: Less than 3 percent

• Treatment Volume: Approximately 25 litres per bag

• Use: Liquid filtration and purification

Ingredients

Coconut activated carbon

Directions for Use

Before use, rinse the carbon thoroughly. Place the carbon in a strainer and pour hot water over it, then rinse under running tap water at approximately 20°C for around three minutes, turning the carbon until the water runs clear. Allow excess water to drain before use.

The carbon can be used in a filtration column or placed in a mesh bag and submerged directly in the liquid. Contact time is critical for effective adsorption. Lower liquid temperatures improve performance, with optimal results around 10°C.