How does Evans Waterless HDTC prevent after-boil?
After shut-down, the huge separation between the operating temperature and the boiling point of Evans Waterless HDTC has the capacity to absorb heat from hot metal parts of the cylinder head Boiling is avoided and there is no build-up of pressure to force coolant out of the system. Stresses on cylinder heads and EGR heat exchangers are avoided as metal temperatures are kept under control.
Related Questions
- Can higher temperature coolant thermostats be used with Evans Waterless HDTC for additional gains in fuel economy?
- If Evans Waterless HDTC is so low in oral toxicity, why is there an ethylene glycol warning on the bottle?
- How much water is acceptable after a conversion to Evans Waterless HDTC coolant?
