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UV metals: tritan steel (Alloy Blast Smelter, 8990 K) and the UV superconductor enriched naquadah trinium europium duranide (UV mixer + 9900 K blast)

Chain id: uv_alloys · Tags: Infinite source, Unverified

Era setup: UV · Abydos

Plan modules: UV metals (tritan steel, UV superconductor)

Tips: 6, 1 unverified

Machines

LCR · 2 boron + 3 B oxygen → 5 boron trioxide · 5 s · 3840 EU/tMultiblock
no listed input
Large Chemical ReactorLCR · 5 trioxide + 2 B ammonia → 4 boron nitride · 10 s · 3840 EU/t5
gtceu:large_chemical_reactor
LCR · 5 trioxide + 2 B ammonia → 4 boron nitride · 10 s · 3840 EU/tMultiblock
Large Chemical ReactorLCR · 2 boron + 3 B oxygen → 5 boron trioxide · 5 s · 3840 EU/t5
Oak 17 tritanium · 3 maraging steel 300 · 2 enriched naquadah · 3 titanium tungsten carbide · 1 boron nitride (dusts)Tritanium dustMaraging steel 300 dustEnriched naquadah dustTitanium tungsten carbide dustBoron nitride dust1 per batch
gtceu:large_chemical_reactor
Alloy Blast Smelter · circuit 5 · coil ≥ 8990 K · 24 min · 245 760 EU/tMultiblock
Oak 17 tritanium · 3 maraging steel 300 · 2 enriched naquadah · 3 titanium tungsten carbide · 1 boron nitride (dusts)Tritanium dustMaraging steel 300 dustEnriched naquadah dustTitanium tungsten carbide dustBoron nitride dust16 dusts
Tritan SteelTritan steel 2304 mB (16 ingots)2304 mB
gtceu:alloy_blast_smelter
Vacuum Freezer · ingot moldMultiblock
Tritan SteelTritan steel 2304 mB (16 ingots)144 mB each
Tritan Steel IngotTritan steel ingots → plates, rods, gears, rings, rounds, screws, foil, frame16
gtceu:vacuum_freezer
UV Mixer · circuit 4 · 8.75 s · 491 520 EU/tUV
Oak 14 enriched naquadah · 3 trinium · 2 europium · 1 duranium (dusts)Enriched naquadah dustTrinium dustEuropium dustDuranium dust10
up to 524 288 EU/t8.75 s
Enriched Naquadah Trinium Europium Duranide Dust10 ENTED dust10
gtceu:uv_mixer
EBF · 9900 K (tritanium coils) · 60 s · 30 720 EU/tMultiblock
Enriched Naquadah Trinium Europium Duranide Dust10 ENTED dust1 each
Vacuum FreezerVacuum Freezer · 10 s · 491 520 EU/thot ingot
gtceu:electric_blast_furnace
Vacuum Freezer · 10 s · 491 520 EU/tMultiblock
Electric Blast FurnaceEBF · 9900 K (tritanium coils) · 60 s · 30 720 EU/thot ingot
Enriched Naquadah Trinium Europium Duranide IngotENTED ingot → fine / single / double wire1
gtceu:vacuum_freezer

Flow

How to build

  1. Drawers first: tritanium (Keep Exact 7), maraging steel 300 (3), enriched naquadah (2), titanium tungsten carbide (3), boron nitride (1); a second set for ENTED: enriched naquadah (4), trinium (3), europium (2), duranium (1). Drums: tritan steel, boron oxygen/ammonia. Each stack has its own router with an Item Filter. — functionalstorage:oak_1, gtceu:tritanium_dust, gtceu:maraging_steel_300_dust, gtceu:boron_nitride_dust
  2. Boron nitride: LCR 1 (boron + oxygen → trioxide), LCR 2 (trioxide + ammonia → BN); water out into a drum. — gtceu:large_chemical_reactor, gtceu:boron_nitride_dust
  3. ABS: circuit 5, 16 dusts per batch, 245 760 EU/t for 24 min; make sure the structure has trinium coils (9001 K). Output 2304 mB into a drum. — gtceu:alloy_blast_smelter, gtceu:tritan_steel_bucket
  4. Freeze: ingot mold in the freezer or a fluid solidifier for plates and frames; 144 mB per ingot. — gtceu:vacuum_freezer, gtceu:tritan_steel_ingot
  5. ENTED: UV mixer circuit 4, then EBF 9900 K (tritanium coils) and the vacuum freezer (UV); output drawer for the ingots, then a wiremill for fine, single and double wire. — gtceu:uv_mixer, gtceu:enriched_naquadah_trinium_europium_duranide_dust
  6. Output drawers Keep Exact 16 each. Do not mix tritan steel and tritanium stacks. — functionalstorage:oak_1, gtceu:tritan_steel_ingot

Tips

  • Tritan steel (kjs startup casing_materials.js): 7 tritanium + 3 maraging steel 300 + 2 enriched naquadah + 3 titanium tungsten carbide + 1 boron nitride (16 parts), blast data [8990 K, gas tier highest, VHA[UV] = 245 760 EU/t, 2400 ticks per ingot]. The ABS rule (abs_super_ebf chain): one dust of each ratio part, circuit = number of components (5), output 16 ingots = 2304 mB, time 0.75 x 2400 x 16 = 28 800 ticks (24 min), 245 760 EU/t, which is a UV-tier recipe (a ZPM 4A hatch gives 524 288 EU/t). Coil rule: 8990 K needs trinium coils (9001 K, zpm_coils); the ABS only counts the coil tier.
  • Dusts to prepare: tritanium dust (from tritanium ingots, uv_fusion_mats: a MK II reactor with tier-3 reflectors makes it, no UV reactor needed), enriched naquadah dust (zpm_naq_products), boron nitride dust (kjs abydos_lines/ultimate.js: LCR boron_trioxide 2 boron + 3 B oxygen → 5 dust, 100 ticks at VHA[IV] and LCR boron_nitride 5 trioxide + 2 B ammonia → 4 BN dust + 3 B water, 200 ticks at VHA[IV]), maraging steel 300 and titanium tungsten carbide (GCYM alloys; Unverified compositions and furnaces: check EMI). The 16-ingot batch is the minimum: the ABS recipe does not scale down.
  • Tritan steel parts (flags in the material): plate, rod, long rod, frame, gear, small gear, round, ring, bolt, screw, foil, dense plate. UV components eat them in bulk: a UV motor is 4 long rods + 4 rings + 8 rounds, a conveyor adds 16 rounds + 4 screws + 4 rings + 2 plates, the sensor and emitter use a frame each: plan on 30 to 60 ingots per component set.
  • ENTED (gtsrc MixerRecipes + FirstDegreeMaterials): mixer, circuit 4, 4 enriched naquadah + 3 trinium + 2 europium + 1 duranium dust → 10 dust, 175 ticks at VA[UV] = 491 520 EU/t (a UV mixer, so the hull of uv_hull comes first); blast 9900 K, VA[LuV] = 30 720 EU/t, 1200 ticks; vacuum freezer 200 ticks at VA[UV]. 9900 K is above trinium coils (9001 K), so it needs TRITANIUM coils (10 800 K; uv_hatches) or a Mega Blast Furnace. Cable: V[UV], 16 A (use wire sizes for the field generator: 128 fine wire; fusion reactor: 32 single wire; coil: 16 double wire).
  • Sub-steps people skip: (1) the ABS rejects a dust stack with a wrong count: 7/3/2/3/1, no spare; (2) the EBF recipe for ENTED needs a gas and a freezer step like every hot ingot above 5000 K (Unverified gas amount); (3) the UV mixer needs a UV hull first (uv_hull), so the very first ENTED comes from the mixer you build with the first hull; (4) the ammonia drum is the same one that feeds the polyimide line.
  • Unverified maraging steel 300 and titanium tungsten carbide recipes, the blast gas, boron source.

Bill of materials

Item Qty
gtceu:alloy_blast_smelter 1
gtceu:uv_mixer 1
gtceu:electric_blast_furnace 1
gtceu:vacuum_freezer 1
gtceu:large_chemical_reactor 2
gtceu:zpm_energy_input_hatch_4a 1
functionalstorage:oak_1 12
modularrouters:modular_router 8
gtceu:lv_robot_arm 8
gtceu:item_filter 10
pipez:item_pipe 16
pipez:fluid_pipe 5
gtceu:steel_drum 4

Needs / Feeds

  • Main source for: gtceu:tritan_steel_ingot, gtceu:tritan_steel_bucket, gtceu:enriched_naquadah_trinium_europium_duranide_ingot, gtceu:boron_nitride_dust, gtceu:enriched_naquadah_trinium_europium_duranide_single_wire