3 gram per minute the microemulsion was stripped at 103 u00b0 c for 3 5 hours about 5 5 ml of volatile siloxane oligomer was removed water was drained from the trap at regular intervals at which point an equal amount of fresh deionized water was added to the flask at the end of the stripping procedure the concentration of volatile siloxane oligomer in the microemulsion was determined to be 0 08 percent the clarity of the microemulsion before and after the stripping procedure was determined using a shimadzu model uv 2401pc ultraviolet visible spectrophotometer at a wavelength of 580 nanometer and equipped with a 10 mm diameter polyacrylate cuvette prior to the stripping procedure 82 1 percent of the light was transmitted through the microemulsion after stripping the microemulsion according to this example 81 6 percent of the light was transmitted through the microemulsion this comparative example is a replication of example 11 of u s pat no 4 600 436 in which u201c cationic aminofunctional emulsion 3 u201d prepared according to example 1 of u s pat no 4 600 436 was used in the stripping process according to that invention the purpose of this comparative example is to show that processes such as the one set forth in u s pat no 4 600 436 do not provide clear emulsion products in contrast to processes according to the present invention which do provide clear emulsion products 1000 parts by weight of octamethylcyclotetrasiloxane 23 parts by weight of isopropyl alcohol 30 parts by weight of dimethyl soya ammonium chloride.