Thermally regulated aerosol dispensing architecture: Procter & GambleRecent Research Landscape
Engineering the internal thermal exchange mechanisms within the dispenser to heat products prior to discharge. This enables controlled viscosity and aerosolization characteristics while maintaining material recyclability.
What technical problems is Procter & Gamble addressing in Thermally regulated aerosol dispensing architecture?
Gravitational fluid delivery failure
(15)evidences
Standard pump dispensers suffer from prime loss or air intake when oriented upside down. Solving this ensures consistent delivery of pest control liquids regardless of container orientation.
Inconsistent product discharge temperature
(12)evidences
Standard aerosol systems often dispense products at ambient or cold temperatures which negatively impacts viscosity and user experience. Controlled heating ensures consistent product flow and improved application efficacy.
Unauthorized valve removal
(7)evidences
The keywords highlight a specific anti-removal feature for valves in recyclable dispensers. Preventing valve tampering ensures safety during disposal and enables standardized recycling streams.