This describes a collection of glass materials which could be used in CEu/GCYS.
Currently, CEu is in need of a glass type to replace Fusion Glass in ZPM+ machines, which makes them too expensive. Some of these glass types could be used as substitutes for existing glass tiers as well, or in specialised use cases
Details
This describes a collection of glass materials which could be used in CEu/GCYS. Currently, CEu is in need of a glass type to replace Fusion Glass in ZPM+ machines, which makes them too expensive. Some of these glass types could be used as substitutes for existing glass tiers as well, or in specialised use cases
Production
(Glass = Tier 0; Tempered Glass = Tier 1; Laminated Glass = Tier 2; ? = Tier 3; PMMA Glass = Tier 4; ? = Tier 5)
Aluminosilicate Glass (Tier 1)
3 Glass Dust + 1 Alumina Dust -> 4 Aluminosilicate Glass Dust (Mixer)
Borosilicate Glass (Tier 2)
23 Borax Dust + 1000 Sulfuric Acid -> 10 Boron Trioxide + 7 Sodium Sulfate + 11000 Water (Chemical Bath)
5 Glass Dust + 1 Boron Trioxide -> 6 Borosilicate Glass Dust (Mixer)
Fiberglass (Tier 4)
x Borosilicate Glass Dust -> x Borosilicate Glass Fibers
(GCYS Production) -> Methacrylic Acid
1296 Epoxy Resin + 2000 Methacrylic Acid + 250 Sulfuric Acid -> 1296 Bis-GMA (Chemical Reactor)
1296 Bis-GMA + 1000 Styrene + UV Light (NC) -> 1296 Vinyl Ester Resin (Chemical Reactor)
576 Vinyl Ester Resin + 12 Borosilicate Glass Fibers -> 576 Fiberglass (Autoclave)
Yttralox (Tier 3/4)
5 Yttrium Oxide Dust + 1 Thorium Dioxide Dust -> Yttralox Dust (Mixer)
Sapphire Glass (Tier ?)
(GCYS Production) -> Sapphire Boule
Sapphire Boule -> 32 Sapphire Glass Pane (Cutting Machine)
16 Sapphire Glass Pane -> 6 Sapphire Glass (Forming Press)
Insulated Glass (Tier 3)
6
Aluminium Oxynitride Glass (Tier 3)
10 Alumina Dust + 3 Carbon Dust + 4000 Nitrogen -> 8 Aluminium Nitride Dust + 3000 Carbon Dioxide (Roaster)
1 Aluminium Nitride Dust + 1 Alumina Dust -> 2 Aluminium Oxynitride Glass (Blast Furnace)
Soda-Lime Glass (Tier 1)
3 Glass Dust + 1 Sodium Oxide Dust + 1 Alumina Dust -> 5 Soda-Lime Glass Dust
Polycarbonate Glass (Tier 3/4)
1000 Bisphenol A + 6 Sodium Hydroxide -> 1000 Sodium Bisphenoxide A + 2000 Water (Chemical Reactor)
1000 Carbon Monoxide + 2000 Chlorine + 1 Carbon Dust (NC) -> 1000 Phosgene (LCR)
1000 Sodium Bisphenoxide A + 1000 Phosgene -> 1000 BPA Polycarbonate (LCR)
Gorilla Glass (Tier 4)
Soda-Lime Glass + 576 Sodium Nitrate -> Enriched Glass (Chemical Bath)
Enriched Glass + 576 Potassium Nitrate -> Gorilla Glass (Chemical Bath)
Sources
https://en.wikipedia.org/wiki/Glass#Types https://en.wikipedia.org/wiki/Borosilicate_glass https://en.wikipedia.org/wiki/Boron_trioxide https://en.wikipedia.org/wiki/Fiberglass https://en.wikipedia.org/wiki/Vinyl_ester_resin https://en.wikipedia.org/wiki/Yttralox https://en.wikipedia.org/wiki/Aluminium_nitride https://en.wikipedia.org/wiki/Aluminium_oxynitride https://www.trustedreviews.com/explainer/what-is-sapphire-glass-4227266 https://en.wikipedia.org/wiki/Chemically_strengthened_glass https://en.wikipedia.org/wiki/Polycarbonate