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Calcium Carbonate as TiO2 Alternative in Coating



WEBINAR

Uniform colored and white coatings applied to tablets create a homogeneous appearance, improving patient compliance. Concerns about titanium dioxide have led to an increased interest in suitable alternatives. Calcium carbonate is currently seen as the most likely alternative.

This webinar highlights how particle engineering supports the optimal performance of calcium carbonate in coating applications, comparing our new alternative to titanium dioxide, the industry benchmark. We will present comprehensive study results of color measurements and provide you with tools on how to optimize coating formulation development and achieve appealing white finishings without titanium dioxide.

In this webinar, you will learn:

  • The latest regulatory trends and implications in the EU for titanium dioxide, the extensively used colorant and opacifier in medicinal products
  • How particle engineering supports optimal performance of calcium carbonate in film coatings, comparing the product to titanium dioxide
  • How high efficiency can be maintained in the spraying process
  • How color measurements and screening methods can be utilized to optimize the final finishing in the formulation development

Speakers

Almut von der Brelie

Almut von der Brelie

Merck

Senior Strategic Product Manager, Excipients Solid Application

As a food chemist by training, Almut von der Brelie has more than 17 years of experience in the global B2B marketing for functional cosmetic, food and pharmaceutical ingredients in highly regulated markets. In her current position as a strategic product manager, she is driving product innovations for solid dosage forms with a focus on the design of tablet film coatings and taste optimization.

Thomas Kipping, Ph.D.

Thomas Kipping, Ph.D.

Merck

Head of 3D Printing & Solubility Enhancement

With more than 12 years of experience in various functions within the pharmaceutical industry, Thomas holds a Ph.D. in pharmaceutical technology and provides a deep understanding of formulation and technology development in the complex area of additive manufacturing and solubility enhancement.

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