Precision Lathe Machining and Oxidation Furnace Chemistry

guide

Precision lathe machining and oxidation furnace chemistry provide the specialized shafts, structural drill rods, and chemical precursor oxides required in Electrodynamics. Combining mechanical subtractive turning with high-temperature gas oxidation enables factories to produce advanced tool heads and chemical reagents.

Constructing and Operating the Lathe

The Lathe is a motor-driven machine tool used to turn solid cast alloy ingots into cylindrical drive rods and drill shafts:

Crafted using four Aluminum Plate, three Motor, one Elite Circuit, and one Wire Mill.
Powered by a Medium Voltage (MV) electrical connection.
Machining recipes consume alloy ingots to produce structural rods:
- Consuming two Steel Ingot items produces one Steel Rod.
- Consuming two Stainless Steel Ingot items produces one Stainless Steel Rod.
- Consuming two HSLA Steel Ingot items produces one HSLA Steel Rod.
- Consuming titanium carbide ingots produces one Titanium Carbide Rod.

These precision rods form the core components in heavy mining drills, railguns, and high-speed motor rotors.

Chemical Reactions in the Oxidation Furnace

The Oxidation Furnace uses high thermal energy and ambient oxygen to synthesize industrial oxides, chlorides, and refined mineral dusts:

Silica Dust: Created by heating one sand block with one Coal Coke, producing three Silica Dust units.
Sodium Carbonate: Formed by reacting one salt dust with one coal.
Calcium Carbonate: Produced by reacting one Bone Meal with one Sodium Carbonate, yielding two Calcium Carbonate units.
Chromium Disilicide: Synthesized by reacting one Chromium Oxide with one Silica Dust.
Chromium Ingot: Refined by reducing one Chromium Oxide with one Calcium Carbonate, yielding one metallic Chromium Ingot.
Titanium Ingot: Extracted by reacting titanium dioxide with salt dust, yielding one Titanium Ingot.
Aluminum Ingot: Smelted by reacting raw aluminum ore with saltpeter dust, yielding three Aluminum Ingot units.
Sulfur Dioxide: Synthesized by combusting one sulfur dust with one coal.
Sulfur Trioxide: Formed by reacting one sulfur dioxide with one Vanadium Oxide.
Sulfur Dichloride: Synthesized by reacting one salt dust with one sulfur dust.
Thionyl Chloride: Created by combining one sulfur dichloride with one sulfur trioxide.
Fiberglass Sheet: Fabricated by bonding one polyethylene plastic sheet with one glass block under heat.