The influence of cold rolling reduction (65% ~ 80% ) of 3. 13 mm hot rolled plate and recrystallization annealing temperature (660 ~ 780 °C ) on texture and formability-train-hardening exponent (n) and plastic stain ratio (r) of 0.64~1. 10 mm cold rolled sheet of Ti-IF steel (/% : 0.02C

0.01 Si

0. 10Mn

0.013P

0.011S

0.064Ti

0. 028Al

0.002 0N) has been studied by electro backscattering diffraction method. Results show that with cold rolling reduction 75% the {111} texture content in Ti-IF cold rolled sheet is highest and the formability is optimum ； with recrystallization annealing at ≤740 ℃ the {111} < 110 > texture content in material is high and with annealing at more than 740 ℃ the  {111} < 112 > texture content in material is high ； and as recrystallization annealing at 660 ~780 °C

with rising annealing temperature the {111} texture content in material increases and the formability of material also increases.