STRUCTURE  :-

          RXSOL-10-1102-210 : Molecule have a long chain non polar
                                               Hydrocarbon, whose structure can be Studied as follows:-
                                               Head :    It is water soluble &  ‘-‘Vely charged.
                                               Tail   :    It is oil soluble.
 

Cleansing Action Of RXSOL-10-1102-210 :-When RXSOL-10-1102-210  water is poured over the skin or  dirty  garments(Cloth )  the  hydrocarbon Tail  of the SYNDET molecules peg in to it, while the (–ve) HEAD is held in water.The dirt or grease layer is then disloged from the skin by rubbing or from garment by tumbling  and stirring. Each grease globule thus separated in PIN – CUSHIONED by hydrocarbon  TAILS with (-ve) HEADS out wards in water. The (-ve) HEAD globules keep apart by mutual repulsions & are said to have emulsified.The emulsified grease globules bearing dirt can be readly washed with water.


Characteristics:-( Why RXSOL-10-1102-210, is better than ordinary degreaser ?)
1) The “RXSOL-10-1102-210” are superior to general emulsifier or degreaser because  they donot form  insoluble salts Ca+²,Mg+², & Fe+³,ions as soaps do.
For e.g :- 2RCOO¯Na+  +Mgso4  Ù(RCOO)2 Mg+²  + Na2So4  Soaps                          
Insoluble 2R                               So3¯Na+  + MgSo4 [ R                         So3¯]2Mg+² +Na2So4 RXSOL-10-1102-210 SOLUBLE Hence ORGANIC-SYNDETS ,can be used in either Soft Water or Hard   Water,   While ordinary soaps are precipitated in Hard Water and go waste.
2)  RXSOL-10-1102-210, have a long non-polar hydrocarbon chain and a highly polar group at the end of the molecule. Thus they have CLEANING POWER , as better than ORDINARY SOAP.   
3) Ordinary Soaps were not readily BIODEGRADABLE, In other words, they were not broken down by BACTERIA  in the  SEWAGE TREATMENT PLANTS. They     caused  water POLLUTION  while RXSOL-10-1102-210, are  BIODEGRADABLE , so there is no question of water pollution.