Henkel

Last updated January 31, 2026

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Gel-based active ingredient dispensing mechanism: HenkelRecent Research Landscape

Manual handling of caustic cleaning agents creates safety risks and chemical waste. These innovations utilize mechanical release and containment structures to isolate the user from active substances while ensuring precise dosing.

What technical problems is Henkel addressing in Gel-based active ingredient dispensing mechanism?

Inconsistent active ingredient release

(7)evidences

Non-uniform dissolution and structural degradation of solid or gel-based cleaners lead to premature depletion or loss of efficacy. Maintaining a stable release profile ensures prolonged deodorizing performance and aesthetic integrity.

Premature moisture induced degradation

(6)evidences

Unintended exposure to humidity causes pre-use dissolution or loss of structural integrity. Preventing early activation ensures product shelf-life and functional reliability.

Uncontrolled active ingredient depletion

(6)evidences

Sanitary cleaning agents in high-moisture environments suffer from premature detachment or insufficient bonding to vertical surfaces. Ensuring persistent contact during flushing cycles prevents premature product loss and maintains cleaning efficacy.

Unstable dispenser mounting

(3)evidences

Inconsistent or premature depletion of cleaning agents in high-moisture environments. Controlled release ensures prolonged efficacy and reduced waste.