NO! It's a little complicated to determine the exact current you can get out of a your diodes in a bridge, but 130 amps would be excessive.
If you have specs on the diodes you will see that ideally they are rated for average current, RMS current, and peak surge current for some limited time period (like a half-sine wave pulse). Search some app notes from the diode manufacturers on how to calculate the RMS and average currents.
Your diodes do not share the current in a full bridge, although only two diodes are conducting for each half sine wave. You would have to compute the average and RMS current to get an accurate idea of what your diodes could carry.
Beware, however, that the current ratings are for a specific junction temperature or heat sink and air temperature and ventilation condition that may be optomistic.
You can parallel identical diodes, but to have the diodes share the current equally (to get double the current of a single diode) they have to be matched for forward voltage at high current AND must be kept at the same temperature - not a simple task in real life. Manufacturers parallel diodes to lower costs of production of low end machines. However, they have the capability of accurately matching the diodes they install in parallel. In the absence of such matching capability, you would be asking for trouble to parallel diodes from a small sample.
Have fun.
awright