@@DigitalArtisan77 A thermos jug with coffee in it might have a high temperature in the vacuum walls. Is the high temperature vacuum going to cause a problem for the material of the outer wall? The high temperature of a near vacuum isn't going to conduct much energy into or out of anything.
From what I can see it's still resin infusion but without the vacuum bagging, instead, expensive steel moulds and reusable seals. It's all about quantity of parts infused per mould. There are silicon bags used for similiar purpose in the industry I've seen.
temperature? its work in space vacum where temp can go easly to 1000ºC and -250ºC?
Unlikely if resin
Temperature doesn't mean much in a vacuum.
@@ddegn no but as temperature and pressure are part of the same thermodynamics system it kind of does.
@@DigitalArtisan77 A thermos jug with coffee in it might have a high temperature in the vacuum walls. Is the high temperature vacuum going to cause a problem for the material of the outer wall?
The high temperature of a near vacuum isn't going to conduct much energy into or out of anything.
@@ddegn absolutely you are right, no argument. But it still exists within the same frmework, even if the value is so small as to represent zero.
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Much less consumables compared to resin infusion, sounds great.
shushhhhhh🤫🤫🤫🤫🤫🤫
shush kid
From what I can see it's still resin infusion but without the vacuum bagging, instead, expensive steel moulds and reusable seals. It's all about quantity of parts infused per mould. There are silicon bags used for similiar purpose in the industry I've seen.
@@fluiditynz they need to get it done under one minute to have a future.
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