Grain Distillate Purification Blend (1 kg)

HOT ROD CARBON GRAIN Grain Distillate Purification Blend (1 kg) The filtration technology for strong spirits developed by our specialists involves a three-stage purification process, removing fusel oils, light aldehydes, ketones, methanol, and other harmful impurities. Different types of activated carbon differ in the ratio of macro-, meso-, and micropores within their structure. Macropores are less effective in purification and serve only as channels through which gas or liquid penetrates deep into the sorbent. The absorption of impurities occurs in the mesopores and micropores. The recommended technology includes three purification stages: - semi-fine; - fine; - ultra-fine. Semi-fine purification is carried out using mineral activated carbon. At this stage, more than 50% of impurities are adsorbed. Fine purification is achieved using special grades of vegetable activated carbon. The advantage of vegetable activated carbon lies in its large number of micropores: its surface area is 1.5-2 times greater than that of mineral carbon, which significantly improves its adsorption properties. For ultra-fine purification, a polymer sorbent based on ion-exchange resins is used. The use of such a sorbent not only significantly improves the organoleptic (taste) properties of the product but also gives strong alcoholic beverages a special smoothness, without introducing any foreign odors or flavors into the purified product. Our specialists have developed an optimal ratio of filtering components to ensure a high-quality final product. Using the proposed purification method will give your beverage a smooth taste and a refined aroma. Weight: 1 kg Volume: 1.66 l Estimated filtration capacity: from 45 to 150 liters of finished product Instructions for use: Method of purifying distillates through a carbon column: 1. Soak the carbon blend in clean hot water for 20-30 minutes. Drain the water. 2. Load the blend into a glass or metal tube (layer height from 15 to 40 cm). 3. Place cheesecloth at the bottom of the tube