Döhler‘s White Diamond offers bright new possibilities for those requiring a high performing natural white solution.
It delivers whitening solutions for bakery creams, powder beverages, hard-boiled candies as well as pan coatings for all kinds of confectionery - just to mention a few! Let Döhler's Application team solve your formulation challenges.
Döhler can support you with its natural White Diamond technology and a wealth of applications expertise in reformulating your recipes.
Get in touch with us and learn more about White Diamond!
All you need to know about White Diamond: Frequently Asked Questions
White Diamond is designed for use across a wide range of international food and beverage markets. Availability in any region is subject to local regulatory requirements, ingredient status and commercial supply conditions, which must be reviewed for each target region.
The appropriate declaration depends on the product formulation, intended function and country-specific regulatory framework. A food label review by an accredited body is recommended to ensure compliant ingredient lists that are used for each target market and application. In the European Union, for example, the E-number for White Diamond is E516.
Suitability depends on the regulatory status of the ingredient, the intended dosage and the specific product matrix. Technical factors such as pH, thermal processing and formulation composition should also be considered when assessing suitability for a given application.
In addition to its whitening effect, White Diamond can, depending on dosage and formulation, provide added nutritional value as a source of dietary calcium. Its technical role extends beyond visual performance, lending itself towards a more functional positioning of the ingredient.
White Diamond is generally compatible with a wide range of ingredient systems and colour solutions. However, because formulation interactions can affect dispersibility, stability and appearance, application-specific compatibility testing is recommended.
White Diamond combines high whiteness with opacity, and is designed as a natural alternative to TiO2. Performance should be assessed for each specific application using both instrumental and visual methods to compare brightness, opacity and overall appearance.
