Adding boron to titanium can refine the ingot’s as-cast grain structure which can potentially improve the ingot’s hot workability and reduce the processing cost of the final product.  In an Ohio State Government (through EMTEC) funded project, efforts are undertaken to evaluate the effects of boron addition on ingot grain structure and hot workability as well as the microstructure and property of sheets rolled from these ingots.  Ti-6Al-4V ingots with (0.1% B) and without boron addition were cast by Induction Skull Melting and Plasma Arc Melting processes.  Transverse and longitudinal slices were cut from these ingots and rolled to plates and sheets.  Evaluations include ingot grain structure, sheet/plate microstructure and mechanical property.