About this deal
The table below shows which pastes contain Stannuous Fluroide, and which ones contain Potassium Nitrate. Stannous Fluoride
Ultimately, tooth sensitivity is caused by exposed dentin tubules (the nerves that sense pain lie within these parts of the tooth). A change in hot/cold/pH etc causes movement of the nerve within the tubule, which causes a pain signal to be sent to your brain. Sensodyne fills the tooth and obstructs its nerves. This enables Sensodyne to repair the tooth surface and protect against sensitivity caused by hot and cold foods. Are there any other flavors?
Shop
Strontium chloride doesn’t treat the root cause of the sensitivity and so you may develop tooth sensitivity again in the future. Glycerin, PEG-8, hydrated silica, pentasodium triphosphate, sodium lauryl sulfate, flavor, titanium dioxide, polyacrylic acid, cocamidopropyl betaine, sodium saccharin.
The Deep Clean variety is a gel as opposed to a paste, and additional ingredients compared to the original flavour include Pentasodium Triphosphate and SLS! While this product can be used with bleaching strips, its high RDA rating means that it runs the risk of further damage when combined with peroxide. Also, some bleaching strips can affect sensitive teeth. Does the tube stand? Sensitivity persists or worsens. Sensitive teeth may indicate a serious problem that may need prompt care by a dentist.Yes. Stannous fluoride can remove surface stains. Yet, because it doesn’t contain peroxide, it will not whiten teeth beyond their natural shade. Can I use this with whitening strips? To put it bluntly, there isn’t one single best Sensodyne toothpaste. Other than two different active ingredients, there isn’t an awful lot of difference in the formulations, but there may be a big change in price. In sum, a good toothpaste will be suited to regular and long-term use. A product’s taste, texture, and design can impact this. Good toothpaste criteria Sensodyne Repair and Protect Original toothpaste delivers long-lasting protection for sensitive teeth*