Bio-active Glass Technology
A revolutionary bioactive material made with extra fine particles that bond to the tooth.
These particles penetrate and occlude the dentinal tubules for superior protection against sensitivity and strengthen and protect the tooth enamel. BioMin® F utilises a fluoride containing bioactive glass designed, patented and optimised specifically for use as a toothpaste additive.
It is unique in its ability to bond to the tooth enamel and dissolve slowly over 12 hours, delivering slow-release fluoride and optimal concentrations of calcium and phosphate ions. This enhances the way saliva replaces lost mineral on the tooth surfaces forming a fluorapatite layer that protects the tooth surface.
Chemical Bonding
Release of Minerals
Rapid Apatite Formation
Enamel Remineralisation
Slow-release Fluoride
Research has shown that it’s not the quantity of fluoride that predicts a toothpaste’s ability to prevent decay, but the way it’s delivered.
Elsenz’s bioglass technology bonds to the tooth, slowly releasing fluoride for up to 12 hours enabling continuous production of acid resistant fluorapatite.
Studies show BioMin® F delivers superior performance with slow-release fluoride and higher phosphate, despite using 60% less fluoride than other toothpastes.
Smart pH Technology
BioMin® F is the only toothpaste that continuously defends by releasing minerals in response to changes in acidity caused by food and drink
ELSENZ with BioMin® F has smart pH technology enhances the way that saliva replaces lost mineral on the tooth surfaces, adapting to individual needs.
ELSENZ dissolves more quickly in acidic conditions, releasing mineral ions faster during acid attacks, offering enhanced protection against tooth sensitivity.
12-hour protection after each brushing defends teeth against sugary and acidic snacks and drinks throughout the day
Extra Fine Particles
Exposed dentine tubules are the pathway to sensitivity pain. Elsenz contains BioMin® F particles are engineered to be small enough to enter and occlude these tubules.
Exposed dentine tubules before brushing with BioMin® F
Dentinal tubule occlusion after a single brushing with BioMin® F
Tubule occlusion remains intact even after 6% citric acid exposure for 2 minutes
Elsenz’s bioglass particles are engineered to be 60% smaller than those found in NovaMin™ products, resulting in less abrasivity and deeper penetration of the dentinal tubules with acid resistant fluorapatite.
In studies, BioMin® F has been shown to reduce fluid flow within the tubules by up to 90%, resolving one of the primary causes of sensitivity
Clinical Studies
Elsenz powered by BioMin® F Technology backed by multiple clinical evidence. Our clinical evidence is what sets us apart from other toothpaste brands.
https://biomin.co.uk/clinical-studies/clinically-proven-relief-protection-dentine-hypersensitivity
https://biomin.co.uk/clinical-studies/clinically-proven-superior-management-dentine-hypersensitivity
https://biomin.co.uk/clinical-studies/high-effectiveness-reducing-dentine-hypersensitivity
https://biomin.co.uk/clinical-studies/more-effective-than-novamin
https://biomin.co.uk/clinical-studies/outperforms-colgate-sensodyne-relieving-hypersensitivity
https://biomin.co.uk/clinical-studies/better-results-than-sensodyne-repair-and-protect
https://biomin.co.uk/clinical-studies/top-desensitizing-agent
https://biomin.co.uk/clinical-studies/top-treatment-for-dentine-hypersensitivity
https://biomin.co.uk/clinical-studies/clinical-evaluation-dh-gh-plaque-reduction