In it’s latest product innovation, Biodent has used a very effective, powerful and miraculous material for the first time in Iran. This substance is nothing but: activated carbon or plant activated carbon.Plant activated carbon was first identified in ancient Egypt. The use of this substance at that time was more to eliminate poisonings and it is interesting to know that the source of activated carbon is completely plant and in terms of shape and texture is black powder that is produced from coconut wood.

کربن فعال پودری (PAC) نوع خاصی از PAC است. که با است.فاده از مواد غذایی با کیفیت بالا تولید می شود و برای است.فاده در برنامه های غذایی و نوشیدنی طراحی شده است.. این نوع PAC عموماً از پوسته نارگیل یا سایر منابع ایمن برای مواد غذایی ساخته می‌شود و به گونه‌ای پردازش و پردازش می‌شود که است.انداردهای ایمنی مواد غذایی را رعایت می‌کند.

Our promise to contribute to a sustainable world includes several activities: it includes caring for our people, sustaining a safe work environment, taking responsibility for the communities living in the areas where we are allowed to operate, developing innovations that secure future solutions for our customers, reducing the environmental impact of our operations worldwide and being a reliable partner for our customers ensuring security of supply.

Activated carbon adsorbs almost any molecule around it that fits into its pores, although it prefers more covalent and less volatile ones. The most covalent molecules are the less ionic and less polar ones. The less volatile molecules tend to be higher molecular weight. In fact, when we open a bag with activated carbon, it is already saturated with oxygen from the air. However, the adsorption of trapped molecules is usually reversible. When applied, it will release oxygen, which, although very covalent, is very volatile, and will retain other molecules of less volatility. From the above, when an 

While carbon black is lightweight and well dispersed throughout the battery and increases the conductive performance of batteries, it also contains oxygen containing hydrophilic functional groups that can cause side reactions to occur in the battery and lead to the decomposition of electrolyte. Graphitization (heating) of carbon black can thermally decompose the hydrophilic functional groups and thus increase the cycle life of the battery which maintains the conductive abilities of carbon black while mitigating the damage that can be caused to batteries by hydrophilic functional groups.