Skip to main content
added 41 characters in body
Source Link
paparazzo
  • 15.8k
  • 2
  • 29
  • 61

Technically rust is limited to iron. What is bad is the rust starts and continues. The water / oxidizing agent is not consumed.

Aluminum will oxidize but it forms a protective coating. An aluminum frame will not "oxidize out".

Some iron alloys such as stainless steel prevent rust. I don't know why you don't seem to see stainless in bicycles.

Technically rust is limited to iron. What is bad is the rust starts and continues. The water / oxidizing agent is not consumed.

Aluminum will oxidize but it forms a protective coating.

Some iron alloys such as stainless steel prevent rust. I don't know why you don't seem to see stainless in bicycles.

Technically rust is limited to iron. What is bad is the rust starts and continues. The water / oxidizing agent is not consumed.

Aluminum will oxidize but it forms a protective coating. An aluminum frame will not "oxidize out".

Some iron alloys such as stainless steel prevent rust. I don't know why you don't seem to see stainless in bicycles.

added 273 characters in body
Source Link
paparazzo
  • 15.8k
  • 2
  • 29
  • 61

Technically rust is limited to iron. What is bad is the rust starts and continues. The water / oxidizing agent is not consumed.

Aluminum will oxidize but it forms a protective coating.

Some iron alloys such as stainless steel prevent rust. I don't know why you don't seem to see stainless in bicycles.

Technically rust is limited to iron.

Aluminum will oxidize but it forms a protective coating.

Technically rust is limited to iron. What is bad is the rust starts and continues. The water / oxidizing agent is not consumed.

Aluminum will oxidize but it forms a protective coating.

Some iron alloys such as stainless steel prevent rust. I don't know why you don't seem to see stainless in bicycles.

Source Link
paparazzo
  • 15.8k
  • 2
  • 29
  • 61

Technically rust is limited to iron.

Aluminum will oxidize but it forms a protective coating.