Skip to product information
1 of 1

Boutique Whitening De-Sensitising Tooth Paste

Boutique Whitening De-Sensitising Tooth Paste

Regular price $23.95
Regular price Sale price $23.95
Sold out
Shipping calculated at checkout.
Boutique Black Diamond Toothpaste Revolutionary Technology
The patented Black Diamond Toothpaste is a revolutionary concept formulated with innovative nanosphere technology. Nanospheres consist of amorphous calcium magnesium phosphate nano particles. The...
15 people are viewing this right now
SKU: CHS-BOT-TPASTE
Category: Whitening

Free shipping available on all orders over $400 (excluding equipment). We ship all NZ orders within 1-10 business days.

View full product details
Boutique Black Diamond Toothpaste Revolutionary Technology
The patented Black Diamond Toothpaste is a revolutionary concept formulated with innovative nanosphere technology. Nanospheres consist of amorphous calcium magnesium phosphate nano particles. The nanospheres in our toothpaste penetrate deep into the dentine and actively release minerals to occlude the tubules. This alleviates discomfort from dentine sensitivity. Use morning and night for 2 weeks; prior to; and throughout; the teeth whitening process Boutique Black Diamond can be used in place of your normal toothpaste going forward. Why is Boutique Black Diamond better than ALL other toothpastes? Dentinal tubules are typically 1 to 2 ¼m in diameter. Most bioglass products have an average particle size of 5 ¼m; so cannot penetrate into the tubules; and can only mineralise the tooth surface. This layer is highly susceptible to wear and erosion. Black Diamond nanospheres have an average particle size of 0.3 ¼m; so can easily penetrate deep into the tubules. Intra-tubular mineralisation is less affected by wear and erosion. Because of the smaller particle size; Black Diamond is less abrasive than products containing bioglass. Nano particles are more readily soluble; thereby increasing pH; and giving a sustained; but controlled release of minerals to strengthen the enamel layer.