![]() ![]() Right now I am trying to figure out how I want the linkage to work. I am an engineering student, and I try to find stuff on my own that will fill the gaps in my heavily theoretical education.Īlso, I already took my ambien, so bear with me if I ramble!Īnyways, I have been wanting for some time to design my own progressive reloading press. This is a personal "for fun" project, but I am trying to learn as much as I can through it. If I parkerize the pin and then coat it with anti-seize will that do the trick?įor those of you who wonder what I am doing, prepare to be disappointed! Therefore, what if I made a thin aluminum sleeve to go over the pin, and then pressed them in together? I don't care if the sleeve corrodes to the pin, as long as I can save the main aluminum body later. Also, there is no axial force, all the force is radial. The important part is the aluminum, I don't care if the dowel pins get ruined. ![]() Unfortunately, the hole is slightly oversized as well, so buying pre-coated pins in a standard size is not an option.įirst: I'm still a student, and have no real world experience with this sort of thing (and they don't teach practical knowledge like when to worry about galvanic corrosion with fasteners.), so bear with me. I can't use aluminum pins because they aren't strong enough, it has to be steel or something comparable in strength. I don't want to send off two pins to get cadmium plating or something). This is a one off job, so I would prefer something inexpensive and simple (i.e. I can't anodize the aluminum part, it's already painted and assembled and has been in use for some time. What are some ways I can prevent the pins and aluminum from corroding together? The environment will be normal indoors, but in ohio with plenty of humidity. I need to press fit a two steel dowel pins into an aluminum hole. ![]()
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |