Creating a sunscreen that protects skin and leaves the desired feel is not always easy. You need effective UV protection, a stable formula and ingredients that mix well without making the product feel too heavy on the skin. At the same time, you need to meet the expectations of high SPF performance and pleasant skin feel.
Here, the Ethylhexyl Triazone UVB filter, or EHT or octyl triazone, comes to the rescue. It provides UVB absorption with excellent photostability and mixes well with oil-based formulations.
For the sunscreen manufacturer, these are valuable parameters that help to create reliable, high performance sun care products for changing customer expectations.
What Makes Ethylhexyl Triazone a Powerful UVB Filter?
Ethylhexyl Triazone (EHT) is part of the triazine family of organic UV filters. EHT is a second-generation UV filter for sunscreen, which was developed to provide efficient UVB protection with improved stability.
Its peak absorption is at about 314 nm, while the UVB spectrum is between 280-320 nm. Moreover, the high absorption efficiency of EHT, which allows it to achieve excellent UVB protection even at low concentrations.
Why Oil Solubility Matters in Sunscreen Formulation?
One of the big advantages of EHT is that it dissolves in oil-based ingredients. EHT is an oil-soluble UVB filter for sunscreen, which mixes well with oils and emollients used in cream, lotion and other sun care product formulations.
This opens up great formulation flexibility, as EHT can be used in various formats, including those with a light texture. At the same time, the compatibility with other UV filters allows the creation of products with effective UV protection.
Photostability: The Key to Reliable Sun Protection
A sunscreen filter loses its performance under the sun and thus fails to adequately protect the skin.
EHT is a preferred UVB absorber for its photostability, which makes it valuable for the development of stable sunscreen formulas for daily use and outdoor activities. Moreover, the possibility of combining it with other UV filters contributes to the creation of high performance sunscreen products. However, EHT mainly protects against UVB and thus it is necessary to complement it with other UV filters that protect against UVA.
Key Benefits of EHT for High SPF Sunscreens
What makes formulators choose EHT? The benefits of this UVB absorber go far beyond just UV protection.
- High UVB efficiency: delivers good absorption at relatively low concentrations.
- Excellent photostability: helps maintain performance even under sunlight.
- Formulation flexibility: combines with suitable UVA and UVB filters.
- Oil compatibility: ideal for incorporation into oil phases used in various sunscreen formulations.
- High SPF support: acts as a valuable high SPF sunscreen raw material for meeting high performance standards.
These are the parameters that make EHT a useful additive for manufacturers creating effective and comfortable sun care products.
Finding a Reliable EHT UV Filter Supplier in India
The quality of ingredients is one of the most important factors that determine the quality of sunscreen products. To help ensure the reliability of their formulation, manufacturers should choose a trusted EHT UV filter supplier India, who provides the required documentation, along with consistent technical data and bulk supply of this additive.
In addition, working with a reliable triazine-based UV filter manufacturer also helps formulators get high-quality products with stable characteristics, which is critical for their formulation development process.
Partner With Sarex for Quality UV Filter Solutions
Selecting the right ingredients is an important step towards developing effective sun care products. Sarex is a one-stop marketplace for high-efficiency and innovative fine chemicals and textile chemicals in India.
As a leading bulk manufacturer and exporter, Sarex supports businesses looking for reliable chemical solutions. Explore its products and contact its team to learn more about its Ethylhexyl Triazone and other sunscreen formulation ingredients.