BASF

Last updated January 31, 2026

319

Innovation Areas

13,244

Inventors

154

Collaborations

Phase-transitioning polymer networks: BASFRecent Research Landscape

Uncontrolled phase transitions in temperature-dependent materials lead to formulation instability and loss of efficacy. Engineering the polymer network structure ensures predictable thermal triggering and structural integrity.

What technical problems is BASF addressing in Phase-transitioning polymer networks?

Inefficient topical active deposition

(14)evidences

Inconsistent release and poor bioavailability of bioactive compounds in topical applications. Stabilizing these components ensures prolonged efficacy and improved skin penetration.

Inadequate interfacial emulsion stability

(11)evidences

Inadequate preservation and poor physical integrity of cleansing formulations. Preventing degradation and spoilage ensures product safety and shelf stability.

Antimicrobial ingredient instability

(8)evidences

Chemical degradation and poor dispersion stability limit the efficacy of active agents in complex matrices. Resolving these instabilities ensures consistent performance and prolonged shelf life.

Inefficient oral active ingredient deposition

(6)evidences

Persistent extrinsic staining and protein-based debris accumulation on biological surfaces. Effective removal and prevention of these deposits maintains aesthetic appearance and hygiene.