How did steel and aluminum parts react after coming into contact with hot water and soap? I can imagine a non-trivial amount of milling/resurfacing of any interface that is meant to take a gasket due to how metals react to caustic environments.
Unless you disabled the dishwasher’s internal heating element and used degreasers instead of water… that makes a lot more sense.
I work in a production line that makes parts for diesel engines. We wash the parts in water and alkaline solution, then they hit a drier and get dried. Basically a giant dishwasher. The company is multi million dollar and world wide.
Just a long winded way of saying your imagination is wrong
most dishwasher detergent formulations contain corrosion inhibitors for steel, some even contain corrosion inhibitors for aluminium though those are usually in the upper price segment.
I had an old dishwasher I used as an improvised parts washer when fixing up cars.
I used a ratchet strap to keep the door closed because the latch was busted, but it still heated the water and sprayed it just fine.
How did steel and aluminum parts react after coming into contact with hot water and soap? I can imagine a non-trivial amount of milling/resurfacing of any interface that is meant to take a gasket due to how metals react to caustic environments.
Unless you disabled the dishwasher’s internal heating element and used degreasers instead of water… that makes a lot more sense.
I work in a production line that makes parts for diesel engines. We wash the parts in water and alkaline solution, then they hit a drier and get dried. Basically a giant dishwasher. The company is multi million dollar and world wide.
Just a long winded way of saying your imagination is wrong
most dishwasher detergent formulations contain corrosion inhibitors for steel, some even contain corrosion inhibitors for aluminium though those are usually in the upper price segment.