In aircraft design, aircraft manufacturers look for compatible systems.
In selecting grease, the designers test the same grease from different companies to see how well they react to each other.
Then the manufactures and the FAA tell the mechanics when switching grease companies, the mechanics are not simply grease the aircraft but to use enough grease to replace the grease from a the old company.
Fasteners, fittings, bearings, etc from aircraft are tested in water, salt water, various types of fuel and solvents and an industry standard deicer. Once they show that they are reasonably immune from these standard tests, they are released for use.
If a new solvent or deicer were to be applied to aircraft without fully checking out it's characteristics, it can do a lot of damage.
Seals and rubber can be destroyed, excessive corrosion started, etc. Each of these parts will have to be replaced.
A few years go, the US Air Force found a great way to clean landing gear. They pressure washed the gear with a new solvent.
As mechanics were cycled through training, they were shown this new method and returned to their bases with improvements.
Within a year, the Air Force was seeing the overhaul of landing gear significantly increase. This was traced back to the new solvent that was used to make the pilots enjoy their shinny aircraft.
RW