Silicone Particles Crosslinked With Alkylene Groups

The patent applies parameter changes by controlling the hydrogen content to 300 ppm or less and specifying the alkylene group carbon number (4-20) in the crosslinking structure. These parameter changes modify the chemical composition and bonding characteristics of the silicone particles, resulting in enhanced stability and resistance to aggregation over time while maintaining small particle size.

The patent achieves sufficient incorporation of organic compounds by controlling the hydrogen content parameter (300 ppm or less) and the crosslinking structure (alkylene group with 4-20 carbon atoms). This parameter control ensures that organic compounds are adequately incorporated during formation, preventing both insufficient incorporation and time-dependent aggregation, thereby maintaining storage stability while preserving cosmetic raw material utility.

The patent resolves the contradiction between particle formation efficiency and dispersibility by precisely controlling the hydrogen content (300 ppm or less) and the crosslinking structure (alkylene group with 4-20 carbon atoms). These parameter changes enable the silicone particles to maintain appropriate aggregation properties during formation while ensuring good dispersibility in solvents, allowing both efficient particle formation and easy dispersion to be achieved.

The patent eliminates the need for extended temperature control periods by changing the fundamental parameter of hydrogen content to 300 ppm or less and establishing a specific crosslinking structure with alkylene groups (4-20 carbon atoms). This parameter change inherently controls the oil absorption properties during the formation process itself, eliminating the need for subsequent extended temperature control while achieving the desired oil absorption characteristics.