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Abstract

Provided is a process of manufacturing a bio-ceramic ball, the process including the steps of pulverizing a raw material containing 35% of coal sludge remaining after ion milling, 15% of a ceramic material consisting of quartz, 5% of peridot having evening emerald components, 4% of emerald which is a green precious stone and 41% of approximately 40 sorts of other minerals, including elvan, into less than or equal to 700 mesh, mixing the pulverized raw material with extracts containing 30% of pine leaves, 20% of mugwort, 15% of motherwort, 10% of Polygoni multiflori Radix and 25% of approximately 30 sorts of other plant medicines, and agitating in a tank, primarily heating the mixed and agitated materials in a crucible at a temperature of approximately 1300.degree. C. for about 24 hours, naturally cooling the heated mixture until the mixture becomes completely cold, placing the resultant material into glazing extracts containing 40% of pine leaves, 30% of mugwort, 20% of motherwort and 10% of approximately 30 sorts of other plant medicines, and secondarily heating the glazed material in a crucible at a high temperature of approximately 1800.degree. C. for about 48 hour. Since the durability of the bio-ceramic balls is remarkably improved, the bio-ceramic balls can be used semi-permanently. Further, the quality of water or the fuel efficiency of an automobile, can be improved by placing the bio-ceramic balls in a water tank or fuel tank. Also, when a user drinks water purified by the bio-ceramic balls, effects of promoting user's health and treating several diseases can be exhibited.

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