Active ingredients in personal care are becoming more refined, more personalized, and more effective. New ingredient launches appear constantly, yet many classic ingredients continue to hold their place on beauty shelves. Rather than fading into the background, these familiar actives are being updated and reworked. The goal is simple. Keep the trust they have built over decades while adapting them to today’s expectations around performance, sustainability, and transparency.

Why classic ingredients still matter

Ingredients such as hyaluronic acid, retinol, and vitamin C remain some of the best-known names in beauty. Their long history gives consumers confidence, but familiarity alone is no longer enough.

People still want ingredients they recognize, yet they expect them to deliver modern results. Sustainability, ethical sourcing, and strong performance now sit alongside efficacy as key purchasing considerations. For many manufacturers, the challenge is finding a way to combine established credibility with modern innovation.

According to the company, classic ingredients are worth reinventing precisely because they carry decades of consumer trust and have a well-documented mode of action.

Modern science reshapes familiar actives

Updating a classic ingredient is not about changing its identity. The focus is often on improving aspects such as functionality, sustainability, sensory experience, and accessibility while preserving the core benefits consumers already know.

The company explains that consumers are not abandoning familiar ingredients. Instead, they are viewing them through a scientific lens. Two major forces are driving this evolution: biomimicry and biotechnology.

Biomimicry treats nature as an intelligent system that can be understood and replicated through science. Biotechnology provides tools that make it possible to reproduce, stabilize, and refine active ingredients in a more efficient, traceable, and sustainable way.

Traditional ingredients are no longer seen as static materials. Their value increasingly depends on how precisely they interact with skin biology and how effectively they fit into modern functional platforms.

The company says its approach focuses on reinventing the production pathway rather than changing the molecule itself. This allows new performance benefits to emerge while maintaining consumer recognition.

New approaches to hyaluronic acid and retinol

Hyaluronic acid remains one of the most recognized active ingredients in skin care, but it is not without limitations. High-molecular-weight forms may struggle with skin penetration. Lower-molecular-weight forms can present irritation concerns. The ingredient is also vulnerable to enzymatic degradation by hyaluronidase.

To address these challenges, the company developed a sulfated polysaccharide called AlgaSurge, inspired by hyaluronic acid.

The company has taken a similar approach with retinol by developing an alternative designed to deliver comparable efficacy while avoiding the irritation often associated with traditional retinol use.

Another area of focus involves delivery systems, ingredient purity, and compatibility with current formulation trends. Waterless formats, microbiome-friendly systems, and hybrid skin care and makeup products are receiving growing attention.

Traditional emollients and waxes are being redesigned to create lighter textures, improved spreadability, and greater transparency. These changes allow their use in formats such as clear sticks and high-performance lip products.

Conventional UV filters, humectants, and emulsifiers are likewise being combined with newer technologies to improve efficacy, stability, and sensory performance while maintaining regulatory compliance.

Heritage ingredients remain relevant

Many consumers continue to prefer ingredients that have a strong heritage, simple positioning, and a clear connection to well-being.

Ingredients such as aloe vera, centella asiatica, calendula, green tea, and botanical butters continue to attract interest. Their familiarity, perceived effectiveness, and natural image help them maintain relevance in a crowded market.

The company notes that authenticity is no longer defined solely by where an ingredient comes from. It is increasingly shaped by the connection between heritage, scientific evidence, and transparency.

Biomimicry helps strengthen this connection by linking traditional knowledge to biological mechanisms such as skin barrier repair, microbiome modulation, and antioxidant responses.

Plant oils, natural waxes, butters, glycerin, vitamins, and mineral-based UV filters continue to perform well with consumers for many of the same reasons. Their familiarity, effectiveness, and natural origins remain important factors.

The role of traceability and responsible sourcing

Maintaining authenticity requires more than preserving a natural image. Responsible sourcing, traceability, and limited processing are becoming increasingly important.

Refining ingredients through improved purity, optimized forms, and advanced delivery systems can improve performance and sensory characteristics without losing sight of their origins.

Consumer preferences can vary by region. Traditional Chinese medicine ingredients remain influential in China. Argan oil and baobab oil continue to have strong recognition in African markets.

Across regions, ingredients such as hyaluronic acid, retinol, and vitamin C maintain exceptionally high recognition among consumers.

The company says science plays a key role in identifying where innovation can improve ingredients without changing their identity. Understanding cellular and molecular mechanisms helps reveal opportunities for advancement while preserving what consumers already value.

Sustainability expectations continue to grow

Sustainability and ethical practices have become expected rather than optional. Consumers increasingly examine ingredient origins and environmental impact before making purchasing decisions.

The company says ethical sourcing depends on full traceability, collaboration with local communities, and protection of biodiversity. Regenerative agriculture, upcycling of by-products, and process improvements are becoming more important tools for reducing environmental impact while creating additional value.

Biotechnology and biomimicry can contribute to sustainability efforts by reproducing or improving compounds without relying entirely on intensive natural extraction.

The company supports its sustainability work through life cycle analysis that measures environmental impact throughout the value chain. Raw materials are assessed through the Union for Ethical BioTrade framework, covering biodiversity impacts and social equity. Compliance with the Nagoya Protocol is systematically verified.

Which ingredients could lead the future?

The company believes the future of classic ingredients will be driven more by scientific reinterpretation than by entirely new discoveries.

Botanical ingredients associated with well-being, skin resilience, and longevity are expected to remain central to innovation. Fermented ingredients, marine-derived actives, and adaptogenic plants are seeing strong growth as beauty increasingly intersects with well-being and preventive health.

Consumer awareness and biomimicry are expected to play an important role in shaping future growth. Success may depend on how effectively scientific advances can be communicated in ways that remain meaningful and accessible.

Classic ingredient categories such as emollients, botanical extracts, vitamins, and biopolymers continue to show strong potential, especially when combined with developments in green chemistry, biotechnology, and improved processing methods.

Hyaluronic acid and retinol remain promising candidates for further reinvention. Ingredients with strong consumer recognition and validated efficacy, including vitamin C and Botox, are expected to remain attractive areas for development.

Peptides stand out as another category with considerable potential. Natural production routes and green-synthesis approaches provide flexibility for future innovation. The company expects peptides to become a major area of focus in the years ahead.