How to Switch to Natural Food Colors: Clean-Label Solutions with VIVAPIGMENTS^®

Phasing out synthetic dyes: A challenge and an opportunity

In early 2025, the U.S. Food and Drug Administration (FDA), together with the Department of Health and Human Services (HHS), announced its intent to phase out petroleum-based synthetic food dyes such as Red 3, Yellow 5, and Blue 1. This regulatory shift also goes in line with increasing consumer demand for clean-label, recognizable ingredients and synthetic dye alternatives.

For manufacturers, this regulatory direction creates both pressure and opportunity: to replace outdated additives with consumer-aligned alternatives — and to do so without compromising product quality, brand consistency, or market competitiveness.

This article outlines the key challenges in reformulating with natural food colors — and highlights practical approaches to making the transition to clean-label food coloring both technically sound and commercially viable. 

Challenges in Switching to Natural Food Dyes and Coloring Systems

Transitioning away from synthetic dyes is not a plug-and-play operation. Natural colors behave differently under real-world production conditions — and these differences can have major implications for product quality, shelf life and consumer acceptance. Below are some of the most common challenges to face when reformulating with natural dyes.

• Color Stability Under Processing Conditions 

Some natural colorants are significantly more sensitive to environmental variables than synthetic dyes. Exposure to heat during baking, UV light during storage, and acidic or alkaline pH levels in processing can all lead to color changes or degradation. This makes food color stability a critical performance metric for any natural color system. The instability often results in fading, discoloration, or inconsistent appearance across batches, which is especially problematic in products where color is part of brand identity.

• Inconsistent or Weak Color Intensity 

One of the main technical hurdles is achieving the same vibrancy consumers expect and are used to from artificial dyes. Many natural color extracts, such as beetroot red or spirulina, lack the brightness or opacity of FD&C-certified colors, especially in low-dosage formulations. In powders or high-fat matrices, natural dyes can appear dull, uneven or not achieve the desired opacity.

• Consumer Expectations and Brand Consistency 

Consumers are increasingly seeking clean-label products, but they also love the appeal of their favorite candy and snacks. Reformulating with natural colors may alter a product’s appearance in subtle ways: a candy shell might be less bright as usual. These changes need to be managed with careful communication and product design as well as by finding reliable natural color solutions for matching hues.

From Complexity to Clarity: Rethinking Natural Color Solutions

The shift from synthetic to natural colors is clearly not without its complications. Yet with the right approach and the right tools, these challenges can be overcome.

Manufacturers now have the opportunity to innovate with color technologies that are both scientifically advanced and consumer-aligned. The key lies in selecting natural coloring systems that don’t just meet basic label requirements, but that also perform reliably under real manufacturing conditions.

Solving Natural Color Challenges with Microencapsulation: The VIVAPIGMENTS^® Approach

VIVAPIGMENTS^® is CAPOL’ s proprietary color technology designed specifically to address the technical limitations of common natural color extracts. At its core is a microencapsulation process, in which natural extracts are embedded in a rice protein matrix.

This structure protects the pigments from environmental stressors, allows for use in fat based applications and improves their behavior in real-world manufacturing environments.

Key benefits of the VIVAPIGMENTS^® technology include:

• Stability Across Processing Conditions: The encapsulated pigments demonstrate enhanced resistance to heat, light, and pH variations, maintaining better color integrity during production and storage.
• Improved Color Brilliance: The natural color pigments strongly reflect and scatter light at the surface, thus helping match the visual standards set by synthetic lakes; especially in fat-based and dry matrices.
• Application Flexibility: Available in liquid and powder formats, VIVAPIGMENTS^® integrate seamlessly into a wide range of food matrices, from confectionery coatings to baked goods and dry or powder mixes.

This combination of technical reliability and regulatory simplicity makes VIVAPIGMENTS^® a powerful tool for R&D teams looking to future-proof their formulations — without compromising on color, quality, or efficiency.

Speak with one of our color specialists to assess your needs and explore tailored natural food coloring solutions.