The 130gpm pump (both the early design and the later balanced flow) and the dual thermostat crossover were engineered to work TOGETHER to flow more coolant and thus carry more heat away from the engine to the radiator to be shed!
The "single is better than dual" is an argument of apples to oranges of which is better to warm up the engine to operating temperature, NOT which one flows better! This "better" argument is due to the single having the bypass blockoff feature that recirculates coolant back into the engine to warm the engine up faster until the thermostat opens which the factory dual doesn't, which has been "fixed" with the dual thermostat by several aftermarket vendors.
For MAXIMUM coolant flow with the 130gpm water pump you MUST use the higher flowing dual thermostat crossover it was designed to work with! The ONLY exception would be to use the rare, transition design 96 LARGE stat single stat crossover.
Think of it this way. You just pulled the original straight 6 out of your 67 Chevy Nova and dropped a built 383 stroker into it. Would you still run the 383 into the original factory 1½" single exhaust pipe that the 6 used, or would you put on a 2¼" dual exhaust system so that 383 could breathe freely? Same thing with running the 94-95 single stat crossover with a 130gpm water pump. You're choking the pump down and not getting maximum performance from the pump's ability to move more coolant and thus remove more heat from the engine and take it to the radiator to be shed.
@dbrannon79 yes it would. Around town you're not producing as many BTUs of HEAT (do not confuse with temperature) from your engine because you're idling at stoplights, and are generally running at lower rpms overall at 35-40 around town in stop and go, than when running out on the hiway at a continual 2400rpm for longer periods and producing way more HEAT in the engine than the choked down flow of coolant can remove from the engine and take to the radiator to have the heat removed.