Multi component controlled delivery system for soap bars

A controlled delivery system for soap comprising:

• a plurality of solid positively charged nanospheres, each of said solid nanospheres comprising an effective amount of a first active agent said plurality of nanospheres being encapsulated in a moisture sensitive microsphere, said moisture sensitive microsphere is formed of a moisture sensitive matrix material and a second active agent encapsulated in said moisture sensitive matrix material wherein said system comprises about 1% to about 50% by weight of said hydrophobic matrix material, about 1% to about 50% of said moisture sensitive matrix, from about 0% to about 10% by weight of a cationic charge booster, from about 0.01% to about 10% by weight first and second cationic conditioning agent, and said active agent comprising from about 1% to about 50% by weight fragrance and from 0% to 50% by weight of the nanospheres of an active ingredient and wherein said moisture sensitive matrix material releases said second active agent upon contact with moisture.

A controlled delivery system for soap comprising:

• a plurality of solid positively charged nanospheres, each of said solid nanospheres comprising an effective amount of a first active agent, said plurality of nanospheres being encapsulated in a moisture sensitive microsphere, said moisture sensitive microsphere is formed of a moisture sensitive matrix material wherein said moisture sensitive matrix material is formed of polyvinyl alcohol in an amount of about 1% to about 80% by weight of the matrix material.

A controlled delivery system for soap comprising:

• a plurality of solid positively charged nanospheres, each of said solid nanospheres comprising an effective amount of a first active agent, said plurality of nanospheres being encapsulated in a moisture sensitive microsphere, said moisture sensitive microsphere is formed of a moisture sensitive matrix material wherein said nanoparticle comprises a cationic conditioning agent.

A controlled delivery system for soap comprising:

• a plurality of solid positively charged nanospheres, each of said solid nanospheres comprising an effective amount of a first active agent, said plurality of nanospheres being encapsulated in a moisture sensitive microsphere, said moisture sensitive microsphere is formed of a moisture sensitive matrix material wherein said microparticle comprises a cationic charge booster.

A controlled delivery system for soap comprising:

• a plurality of solid positively charged nanospheres, each of said solid nanospheres comprising an effective amount of a first active agent, said plurality of nanospheres being encapsulated in a moisture sensitive microsphere, said moisture sensitive microsphere is formed of a moisture sensitive matrix material wherein said nanoparticle comprises a cationic conditioning agent and said microparticle comprises cationic charge booster.

An article of manufacture comprising a controlled delivery system for soap comprising a plurality of solid positively charged nanospheres, each of said solid nanospheres comprising an effective amount of a first active agent said plurality of nanospheres being encapsulated in a moisture sensitive microsphere, said moisture sensitive microsphere is formed of a moisture sensitive matrix material wherein said article is a soap bar.