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UHV metals: tritanium coil block (10 800 K), zalloy (ABS 10 799 K), zircalloy-4 (251 zirconium per batch), zirconium selenide diiodide

Chain id: uhv_alloys · Tags: Infinite source, Unverified

Era setup: UHV · Ancient Gate

Plan modules: Zapolgium, superconductors, alloys, void ingot

Tips: 6, 1 unverified

Machines

UV Assembler · 45 s · 491 520 EU/tMultiblock
Oak 1trinaquadalloy frame · 8 tritanium double wire · 8 naquadria foil · 32 niobium nitride foil · 144 mB triniumTrinaquadalloy frameTritanium double wireNaquadria foilNiobium nitride foil1
45 s
Tritanium Coil BlockTritanium Coil Block (10 800 K)1
gtceu:large_assembler
Alloy Blast Smelter · 10 799 K · 16.9 min · 61 440 EU/tMultiblock
Oak 13 zapolgium · 4 duranium · 2 europium (dusts) · circuit 3Zapolgium dustDuranium dustEuropium dust9 dusts
Zalloy BucketZalloy 1296 mB (9 ingots)1296 mB
gtceu:alloy_blast_smelter
Alloy Blast Smelter · 9100 K · 96 min · 30 720 EU/tMultiblock
Oak 1251 zirconium · 3 tin · 2 chromium · 1 iron (dusts) · circuit 4Zirconium dustTin dustChromium dustIron dust257 dusts
Zircalloy 4 BucketZircalloy-4 37 B (257 ingots)37 B
gtceu:alloy_blast_smelter
Alloy Blast Smelter · 9600 K · 9 min · 30 720 EU/tMultiblock
Oak 11 zirconium · 1 selenium · 2 iodine (dusts) · circuit 3Selenium dustIodine dust4 dusts
Zirconium Selenide Diiodide BucketZirconium selenide diiodide 576 mB (4 ingots)576 mB
gtceu:alloy_blast_smelter

Flow

How to build

  1. Drawers first: zapolgium (3), duranium (4), europium (2), zirconium (251 in 4 drawers), tin, chromium, iron, selenium, iodine; wire and foil drawers for the coil. Drums: trinium and the alloy outputs. — functionalstorage:oak_1, gtceu:zapolgium_dust, gtceu:zirconium_dust, gtceu:tritanium_double_wire
  2. Coils first: the UV assembler (45 s per block) makes the coils for the ABS and blast furnaces. Output drawer Keep Exact 24: every ABS needs 24 of them. — gtceu:uv_assembler, gtceu:tritanium_coil_block
  3. ABS 1: zalloy, circuit 3, 16.9 min; output hatch to a drum, then a vacuum freezer with the ingot mold or a solidifier for plates and frames. — gtceu:alloy_blast_smelter, gtceu:zalloy_bucket
  4. ABS 2: zircalloy-4, circuit 4, one batch every 96 min; 37 B into its own drum. This is the longest recipe of the era: start it before everything else. — gtceu:alloy_blast_smelter, gtceu:zircalloy_4_bucket
  5. ABS 3: zirconium selenide diiodide, circuit 3, 9 min per 4 ingots; wires from a wiremill. — gtceu:alloy_blast_smelter, gtceu:zirconium_selenide_diiodide_bucket
  6. Output drawers Keep Exact 16 per metal. — functionalstorage:oak_1, gtceu:zalloy_ingot

Tips

  • Tritanium coil block (kjs additions/machines_and_parts/coils.js, verified; the GT recipes for all coil blocks are removed): 1 trinaquadalloy frame + 8 tritanium DOUBLE wire + 8 naquadria foil + 32 niobium nitride foil + 144 mB trinium, assembler, 900 ticks at 491 520 EU/t (UV assembler), output 1 block. 10 800 K is the temperature this tier gives (GT standard); it is needed for every blast over 9001 K: zalloy 10 799 K, zirconium selenide diiodide 9600 K, ENTED 9900 K, RTAN 10 800 K, the rare earth EBF 7500 K only needs trinium coils.
  • Zalloy (kjs startup abydos_alloys.js, verified): 3 zapolgium + 4 duranium + 2 europium (9 parts), blast data [10 799 K, gas tier highest, VHA[ZPM] = 61 440 EU/t, 3000 ticks per ingot]; ABS rule (abs_super_ebf): circuit 3 (number of components), 0.75 x 3000 x 9 = 20 250 ticks (16.9 min), 1296 mB. Parts: plate, frame, rod, bolt, screw, round, long rod, gear, small gear, ring, dense plate. It is the primary metal of UHV components. Duranium is the fusion metal (uv_fusion_mats), zapolgium comes from zapolite (uhv_zapolgium).
  • Zircalloy-4 (same file): 251 zirconium + 3 tin + 2 chromium + 1 iron (257 parts), blast [9100 K, gas higher, VA[LuV] = 30 720 EU/t, 1800 ticks per ingot]; ABS circuit 4, 0.75 x 1800 x 257 = 346 950 ticks (96 min!) for 37 B, one batch. Parts: gear, small gear, rotor, round, frame. It is the secondary metal: UHV pump rotors, piston gears, drive mechanisms, catalyst-core rings, fusion double plates (UHV fusion reactor). Zirconium: titanite line (uhv_zirconium).
  • Zirconium selenide diiodide (same file, conductor): 1 zirconium + 1 selenium + 2 iodine (4 parts), blast [9600 K, gas higher, VA[LuV], 3600 ticks per ingot]; ABS circuit 3, 0.75 x 3600 x 4 = 10 800 ticks (9 min), 576 mB. It is the UHV cable wire (spring flag in the pack; V[UHV], 8 A). Selenium and iodine: the Abydos ores (kitkaite, crookesite, lautarite) and the zapolite chain give iodine; selenium Unverified.
  • Sub-steps people skip: (1) these four recipes only start with the right COIL TEMPERATURE: tritanium coils (10 800 K) in the ABS for zalloy and ZSD; (2) a zircalloy-4 batch is 257 dusts: 251 zirconium dust is 4 stacks (3 x 64 + 59) plus the other three dusts, so the ABS needs an input bus with at least 7 slots (Unverified bus size) and a router that delivers exactly 251; (3) never split a batch: the ABS recipe has one fixed ratio; (4) three different ABS machines or empty the hatches between recipes.
  • Unverified selenium source, duranium dust supply for zalloy, ABS bus size for 251 dusts.

Bill of materials

Item Qty
gtceu:alloy_blast_smelter 3
gtceu:uv_assembler 1
gtceu:uv_energy_input_hatch 1
functionalstorage:oak_1 14
modularrouters:modular_router 8
gtceu:lv_robot_arm 8
gtceu:item_filter 14
pipez:item_pipe 16
pipez:fluid_pipe 3
gtceu:steel_drum 4

Needs / Feeds

  • Main source for: gtceu:zalloy_ingot, gtceu:zalloy_bucket, gtceu:zircalloy_4_ingot, gtceu:zircalloy_4_bucket, gtceu:zirconium_selenide_diiodide_ingot, gtceu:tritanium_coil_block