Hydrogen Peroxide is a strong teeth whitening agent used in teeth whitening treatment. When it’s used in toothpaste, it will bring excellent whitening results in daily using. However, Hydrogen Peroxide toothpaste is not easy to make as Hydrogen Peroxide is not usually stable. With Cinoll innovation team, you can have stable and effective Hydrogen Peroxide toothpaste with your branding in customized flavors and colors.
Excellent Whitening with Hydrogen Peroxide Toothpaste
Powered by hydrogen peroxide, the whitening ingredient dentists use, Cinoll’s private label hydrogen peroxide toothpaste can help remove years of yellow stains, as well as other types of stains.
- Features: Powerful whitening results, enamel safe for daily use
- Flavor: Spearmint or any customized flavors
- Paste Colors: White or customized
- Tube Size: 75g, 80g, 100g, 120g, 150g or customized
- Tube Cap: All types of caps available
- Tube Printing: Customized to your brand
- Paper Box: Customized to your brand
Hydrogen Peroxide Toothpaste Technology
Hydrogen peroxide is a potent whitening agent that can effectively remove extrinsic stains on the enamel and bleach the intrinsic color of the teeth. It also exhibits antimicrobial activity that can inhibit plaque formation, gingivitis, periodontitis, and halitosis. Hydrogen peroxide exerts its action by oxidizing the chromogens that cause staining and destroying the pathogenic bacteria in the oral cavity.
However, hydrogen peroxide toothpastes vary in their concentration, formulation, and stability. Many of them contain insufficient amounts of hydrogen peroxide or employ abrasive materials that can compromise the integrity of the teeth and gums. Furthermore, hydrogen peroxide is prone to degradation when exposed to light, heat, or other substances.
Therefore, we have developed a novel formula that combines hydrogen peroxide with other components that improve its stability, efficacy, and safety. Our Hydrogen Peroxide Toothpaste contains:
- A peroxide-compatible abrasive such as fused silica, calcium pyrophosphate, or dicalcium phosphate, that cleans the teeth without causing abrasion or erosion.
- A gel network that confers a smooth and pleasant consistency and prevents the separation of the components.
- A protection system that contains sodium acid pyrophosphate, disodium phosphate, or phosphoric acid, that maintains the pH and prevents the premature degradation of hydrogen peroxide.
Got Questions?
Well, We’ve Got Answers
When formulated at low, safe concentrations (typically 1-3%), hydrogen peroxide toothpaste is considered safe for daily use by regulatory agencies like the FDA. However, it can cause temporary tooth sensitivity or gum irritation in some individuals. Brands should recommend that users discontinue use if significant discomfort occurs. Cinoll formulates its peroxide toothpastes to balance efficacy with gentleness, often including ingredients like potassium nitrate to help manage sensitivity.
Both are effective bleaching agents. Hydrogen peroxide breaks down directly into water and oxygen, providing fast-acting whitening. Carbamide peroxide first breaks down into hydrogen peroxide and urea, so its action is slower and more sustained. A 10% carbamide peroxide solution is roughly equivalent to a 3.5% hydrogen peroxide solution. Hydrogen peroxide is more common in daily-use toothpastes due to its faster action, while carbamide peroxide is often used in professional whitening gels and night-time treatments.
Hydrogen peroxide is inherently unstable and can easily degrade, losing its whitening power. The primary challenge is to create a stable formula that keeps the peroxide active throughout the product’s shelf life. This requires a non-aqueous (water-free) or low-water base and careful selection of other ingredients to avoid reactions. Packaging must also be opaque and well-sealed to protect from light and air.
Brands can address sensitivity in two ways: formulation and communication. In the formulation, anti-sensitivity agents like potassium nitrate or stannous fluoride can be included to block pain signals. In communication, brands should be upfront about the possibility of sensitivity, advise users on how to manage it (e.g., use on alternate days), and position the product for non-sensitive teeth. Offering a “sensitive version” of the peroxide toothpaste is also a viable strategy.
The packaging must protect the unstable hydrogen peroxide from light, air, and water. Opaque, airless pump dispensers or multi-layer laminate tubes are ideal. The packaging must be well-sealed to prevent leakage and degradation. Some advanced products use a dual-chamber tube to keep the peroxide separate from other ingredients until the moment of use, ensuring maximum potency.
