Rust
(→Preventing MIG wire rust) |
(→Media blasting rust) |
||
| Line 279: | Line 279: | ||
LP3 as rust inhibitor on crankshafts? | LP3 as rust inhibitor on crankshafts? | ||
| + | |||
| + | ===Preventing MIG wire rust=== | ||
| + | Store in a bag with some dessicant packets. Here's a list of dessicants: [http://en.wikipedia.org/wiki/List_of_desiccants List of dessicants]. Also, can use small old refrigerator with 100 watt bulb inside, for storing rods and wires. Stays about 100 degrees. Small fan inside too. | ||
===Media blasting rust=== | ===Media blasting rust=== | ||
| Line 293: | Line 296: | ||
*Media blasting can remove good metal from body panels too. Also, used media can have metal particles left in the media. | *Media blasting can remove good metal from body panels too. Also, used media can have metal particles left in the media. | ||
*Soda blasting can remove light rust, and won't warp panels. However, when soda blasting body panels, the resultant film can negatively affect finish adhesion. Epoxy primer can peel off. Soda blast medium must be "neutralized". 24 or 36 grit grinder, followed by warm water with soap. Do this with a scuff pad, and rinse thoroughly. Some finish companies specifically advise against the use of their products on soda-blasted finishes, which makes its use contentious. | *Soda blasting can remove light rust, and won't warp panels. However, when soda blasting body panels, the resultant film can negatively affect finish adhesion. Epoxy primer can peel off. Soda blast medium must be "neutralized". 24 or 36 grit grinder, followed by warm water with soap. Do this with a scuff pad, and rinse thoroughly. Some finish companies specifically advise against the use of their products on soda-blasted finishes, which makes its use contentious. | ||
| − | |||
| − | |||
=Miscellaneous= | =Miscellaneous= | ||
Your Privacy Choices