Givaudan

Last updated January 31, 2026

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Polyurea shell wall architecture: GivaudanRecent Research Landscape

Fragile benefit agents degrade or leak during storage, leading to product instability and loss of efficacy. These innovations engineer the polymeric resin wall and stabilizer interface to ensure controlled release and payload protection.

What technical problems is Givaudan addressing in Polyurea shell wall architecture?

Environmental persistence of microplastics

(16)evidences

Accumulation of non-degradable polymer shells in ecosystems creates long-term pollution. Biodegradability ensures the shell wall breaks down after active ingredient release.

Volatile active ingredient loss

(11)evidences

Uncontrolled diffusion of aromatic compounds through shell walls reduces product shelf life. Preventing early release ensures fragrance longevity and targeted delivery.

Keratinous surface treatment instability

(7)evidences

Inconsistent shell wall integrity leads to premature release of active organic compounds. Enhancing structural containment prevents unintended loss and improves shelf-life stability.