part may be reduced using lower temperatures this enables the manufacture of a significantly greater number of parts per unit time a polyolefin comprising a blended dbs containing additive composition is provided in one aspect of the invention comprising a a polypropylene resin said polypropylene resin having an mfr value of at least about 20 b a first compound comprising bis 3 4 dimethylbenzylidene sorbitol and c a second compound comprising dibenzylidene sorbitol the polypropylene pp resin may exhibit an mfr value of at least about 20 and in other instances at least about 30 or 40 in other applications the mfr value of the pp resin may be about 50 or higher depending upon the application a method for reducing haze in a polypropylene resin composition is possible in the practice of the invention the method is directed to providing a polypropylene pp resin and then combining the pp resin with a first compound comprising bis 3 4 dimethylbenzylidene sorbitol and a second compound comprising dibenzylidene sorbitol forming a nucleated resin the nucleated resin is processed at a temperature no greater than about 210 degrees c in other applications the resin is processed at a temperature no greater than about 190 degrees c the polypropylene resin may be vis broken from a lower mfr i e 12 mfr to an mfr value of at least about 30 in one aspect of the invention vis breaking is a process of controlled.