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DentoClude F is a special dental gel that dentists apply to sensitive teeth to help stop pain from hot, cold, or sweet foods. It uses a tiny glass-like mineral (called bioactive glass with fluoride and natural plant extracts) that flows into the open channels in the tooth and gently “plugs” them, so sensations cannot easily reach the nerve. Over time, this material helps the tooth rebuild a natural, protective layer, giving longer-lasting relief than many regular sensitivity products you buy at the store. It is approved for use by regulators in the United States and India and is only available through licensed dental professionals, so patients receive it as part of an in-office treatment rather than as a home product.
INVESTORS
“DentoClude F represents the kind of innovation investors dream of being early to—where sound science meets human transformation. Each restored smile isn’t just dentistry; it’s validation that regeneration is possible. This is not a product chasing a market—it’s a movement redefining what dental restoration means. Early investors aren’t simply funding growth; they’re shaping the standard of oral health for decades to come.”
“DentoClude F represents the kind of innovation investors dream of being early to—where sound science meets human transformation. Each restored smile isn’t just dentistry; it’s validation that regeneration is possible. This is not a product chasing a market—it’s a movement redefining what dental restoration means. Early investors aren’t simply funding growth; they’re shaping the standard of oral health for decades to come.”
Infection Control
Micro-leakage in dentistry refers to the seepage of fluids, bacteria, and molecules through tiny gaps or spaces at the interface between a dental restoration (such as a filling or crown) and the natural tooth structure. This phenomenon can lead to secondary decay, compromised pulp vitality, and is a major contributor to tooth sensitivity after dental procedures. Micro-leakage is often triggered by improper bonding, inadequate preparation, material shrinkage, and natural wear over time
