PPI Typhoon
DIY Madman
Re: Finally have a mold for making plastic cladding
Re: Finally have a mold for making plastic cladding
Yes I will take the opportunity to correct you, thanks.
When ever did I say this mold was for vacuum infusion??
The project originally was to make fiberglass cladding, but I have moved to a reaction injection molding setup. So I'm not "disorienting" anyone's hopes. You're right, it does come across as almost confrontational. Even in the post I have that it's a mold for plastic cladding. CF or fiberglass would be considered FRP, P for plastic. I guess that is the closest. I suppose I should be more elaborate and explain it as urethane cladding.
And no, it is not simply a poured latex/silicone mold. No the entire mold isn't pictured. I posted a picture of what people can most associate with cladding. Now think of the negative of the male portion of the mold..........it wouldn't make much sense. Now if I wanted to turn this into a tutorial, I would post pictures of everything, but I am not.
And yes, with this mold, I can control the thickness of the part. How?? Well that's what I've been working on for 9 months to build upon. Now should I flip that mold over, you'll see how this mold is different. All the pictures I have do not expose what I did to make this work.
I appreciate your knowledge on the subject. I've seen you chime in on past discussions about vacuum infusion and the process involved. While you may have knowledge on the subject, I don't think it's fair for you to make assumptions and call BS on my project.
Should you have questions, by all means ask. But I guarantee you I'm not flying into this with blind hopes. I've done months of research with hours upon hours of discussions with engineers that do this for a living.
So again..........the answer is no to both your assumptions about it being for infusion and it being a simply poured mold.
Best regards,
Re: Finally have a mold for making plastic cladding
CarbonFiber AWD said:Correct me If I'm wrong here but, isn't that a simple poured latex/silicone flexible female mold pictured there ?
An infusable mold requires a considerable outside flange and that one has none to speak of. Not to mention that to make a good ,well held shaped part in composites requires ZERO flexing during dry layups, prior to prevac and infusion ,particularly with some of our more complex cladding pieces.
Even if you were to go another step and make a solid Master and lay-up for a Male mold you'd be going the wrong direction.
I don't want to come across condecending here, Its just that I do alot of CF VIP or Infusion and the processes are indeed much more complex than I see in your effort there.
The biggest concern once proper molds are made too is the final close tolerence body fitment. These parts can only fit as good as the parts they are pulled from. Warpage is almost a certainty when a loose part is not mounted or jigged to a parent surface to remain tight. Blah , blah, blah .....I realize how this comes across. I just didn't want anyones hopes disoriented, perhaps even your own ?
Now if your going for a sprayed Eurothane/ Carbon plastic and can control the build thickness with some nice expensive two-part equipment.......then your mold may work .
Best of luck ! :tup:
.............V'
Yes I will take the opportunity to correct you, thanks.
When ever did I say this mold was for vacuum infusion??
The project originally was to make fiberglass cladding, but I have moved to a reaction injection molding setup. So I'm not "disorienting" anyone's hopes. You're right, it does come across as almost confrontational. Even in the post I have that it's a mold for plastic cladding. CF or fiberglass would be considered FRP, P for plastic. I guess that is the closest. I suppose I should be more elaborate and explain it as urethane cladding.
And no, it is not simply a poured latex/silicone mold. No the entire mold isn't pictured. I posted a picture of what people can most associate with cladding. Now think of the negative of the male portion of the mold..........it wouldn't make much sense. Now if I wanted to turn this into a tutorial, I would post pictures of everything, but I am not.
And yes, with this mold, I can control the thickness of the part. How?? Well that's what I've been working on for 9 months to build upon. Now should I flip that mold over, you'll see how this mold is different. All the pictures I have do not expose what I did to make this work.
I appreciate your knowledge on the subject. I've seen you chime in on past discussions about vacuum infusion and the process involved. While you may have knowledge on the subject, I don't think it's fair for you to make assumptions and call BS on my project.
Should you have questions, by all means ask. But I guarantee you I'm not flying into this with blind hopes. I've done months of research with hours upon hours of discussions with engineers that do this for a living.
So again..........the answer is no to both your assumptions about it being for infusion and it being a simply poured mold.
Best regards,
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