Darlie Double Action Enamel Protect Strong Mint Toothpaste
- Strengthens the first line of defense for teeth1
- Helps fight against teeth erosion
- Locks in calcium2 for stronger teeth
- Strengthens enamel effectively
- Prevents tooth decay
Did you know?
Your mouth is home to millions of bacteria, which causes you to have bad breath!
Have fresher breath & healthier mouth with our 100% Natural Mint Essence^ formula
And strengthen your teeth's first line of defense1
With a formula that can
kill 99.9% oral bacteria#,
Darlie Double Action will sure keep all the yucky
bacteria at bay!
Halitosis is a clinical term for bad breath.
What are the causes of halitosis?
Improper brushing and flossing can leave behind an accumulation of food debris that can rot and harbour bacteria causing your breath to smell.
The food you consume can impact your breath. Strong odour foods like spices or garlic can linger in your mouth, while coffee can dry off the mouth causing bacteria to stay around for longer.
Infections in your throat or nose can also contribute to bad breath. When bacteria feeds on excessive mucus it produces a foul-smell causing you to have bad breath.
Source: Silva, M., Leite, F., Ferreira, L., Pola, N., Scannapieco, F., Demarco, F. and
Nascimento, G., 2017. Estimated prevalence of halitosis: a systematic review
and meta-regression analysis. Clinical Oral Investigations.
Want to know if you’ve got bad breath?
Easy 3-step oral care routine:
Brush at least twice a day, with a pea-sized amount of toothpaste.
Use Darlie Wide Clean Charcoal for a total cleansing experience!
Floss once a day before you sleep to get rid of the in-between gunks!
Rinse with water or mouthwash after every meal if you’re unable to brush.
1Refers to strengthening of the enamel layer on the tooth surface.
2Helps in the resistance against loss of calcium in teeth due to acidic substance.
^Based on Callisons USA source.
#Based on the anti-bacterial efficacy test result of Darlie Double Action series toothpastes showed more than 99.9% reduction of oral bacteria.