Melting PVC and vortex block
Yes, when PVC burns, it creates hydrochloric acid. When PVC is molten, it is very thick, so you would have to put small chunks, heat, and press it.
- inonickname
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Hot oil is used to flare rocket ends. Personally I wouldn't melt PVC, especially with the ultra-noxious fumes it produces. If you try it use a fan that can move a lot of air, and a mask with filters. Chlorine and plastic polymers are nasty shit
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- Davidvaini
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hmm considering there are many quick ways to make vortex blocks out of PVC, I don't see any advantage in doing it this way. In fact the only thing I see is disadvantages, as it would be harder to make, more time consuming, less accurate, rougher vortex circle.
Now forming pvc with heat is fun and all.. so its really up to you.. I really only see disadvantages in doing it this way.
Now forming pvc with heat is fun and all.. so its really up to you.. I really only see disadvantages in doing it this way.
You could just buy a block of plastic (mcmaster-carr) and drill it.
- Davidvaini
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or just use 3/4" pipe and just drill a whole into the side of it for an air inlet and another hole for a barrel. just use the shape of the pipe for the vortex shape.
There is a difference between melting and simply making soft.
When people flex a piece of pipe into some shape after heating it (like the rocket thingies you were talking about) the PVC is warm, soft and flexible.
Melting it, means making it a liquid and I have never seen liquid PVC...
Besides burning instead of melting and besides releasing toxic fumes, the properties of the pvc will be affected aswell.
Why not go with a piece of wood?
When people flex a piece of pipe into some shape after heating it (like the rocket thingies you were talking about) the PVC is warm, soft and flexible.
Melting it, means making it a liquid and I have never seen liquid PVC...
Besides burning instead of melting and besides releasing toxic fumes, the properties of the pvc will be affected aswell.
Why not go with a piece of wood?
From wikipedia, properties of PVC:
Glass temperature 87 °C
Melting point 80 °C
Its not a liquid.
I think you are confused with glass. Glass is actually a liquid. (Thats why really old windows are wobbly)
Glass temperature 87 °C
Melting point 80 °C
Its not a liquid.
I think you are confused with glass. Glass is actually a liquid. (Thats why really old windows are wobbly)
Noooooo..... that's other reasons.
There's no definite answer but even very ancient glass artefacts have not given evidence of flowing. However you can't tell that in ten thousand years it might not have moved a smidgeon so it's still moot for the obsessive.
I can't be bothered waiting that long so I'm quite happy to file glass under "solid at rtp".
There's no definite answer but even very ancient glass artefacts have not given evidence of flowing. However you can't tell that in ten thousand years it might not have moved a smidgeon so it's still moot for the obsessive.
I can't be bothered waiting that long so I'm quite happy to file glass under "solid at rtp".
- jimmy101
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Neither glass not PVC is a liquid. Not even "super cooled liquids". By all standard definitions of "solid" and "liquid" glass, PVC etc. are solids. Glass and PVC are non-crystaline amorphous solids (which is what often confuses people, they equate "amorphous" with "liquid").
"Liquids" are a subclass of "fluids". Fluids are defined as the states of matter that quickly assumes the shape of their container. Liquids and gases are the two subclasses of fluids. Since glass and PVC, at normal temperatures, does not assume the shape of their container they are not liquids.
"Liquids" are a subclass of "fluids". Fluids are defined as the states of matter that quickly assumes the shape of their container. Liquids and gases are the two subclasses of fluids. Since glass and PVC, at normal temperatures, does not assume the shape of their container they are not liquids.