Phosphate esters are organic salts of orthophosphoric acid or organophosphorus compounds. They are active anionic surfactants, which are produced as free acids. The molecular formula of phosphate esters is O=P(OH)3. Triaryl, trialkyl, or aryl alkyl phosphates are some of the examples of phosphate esters. Phosphate esters can be categorized into natural and synthetic, depending on raw materials used in their production. Phosphate esters produced from cresylic acid, which is derived from coal ... Read more

Phosphate esters are organic salts of orthophosphoric acid or organophosphorus compounds. They are active anionic surfactants, which are produced as free acids. The molecular formula of phosphate esters is O=P(OH)3. Triaryl, trialkyl, or aryl alkyl phosphates are some of the examples of phosphate esters. Phosphate esters can be categorized into natural and synthetic, depending on raw materials used in their production. Phosphate esters produced from cresylic acid, which is derived from coal ... Read more

Phosphate esters are organic salts of orthophosphoric acid or organophosphorus compounds. They are active anionic surfactants, which are produced as free acids. The molecular formula of phosphate esters is O=P(OH)3. Triaryl, trialkyl, or aryl alkyl phosphates are some of the examples of phosphate esters. Phosphate esters can be categorized into natural and synthetic, depending on raw materials used in their production. Phosphate esters produced from cresylic acid, which is derived from coal ... Read more

Phosphate esters are organic salts of orthophosphoric acid or organophosphorus compounds. They are active anionic surfactants, which are produced as free acids. The molecular formula of phosphate esters is O=P(OH)3. Triaryl, trialkyl, or aryl alkyl phosphates are some of the examples of phosphate esters. Phosphate esters can be categorized into natural and synthetic, depending on raw materials used in their production. Phosphate esters produced from cresylic acid, which is derived from coal ... Read more