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How do I make Steel in Mekanism?
Steel is produced by combining Iron with 
Enriched Iron in an
Enriching Factory or via the Metallurgic Infusing recipe type using Infused Carbon. You can also find
Steel Ingots as outputs from the Metallurgic Infusing and Combining recipe types.

Enriched Iron in an
Enriching Factory or via the Metallurgic Infusing recipe type using Infused Carbon. You can also find
Steel Ingots as outputs from the Metallurgic Infusing and Combining recipe types.How do I get
Enriched Iron?

Enriched Iron is made by processing Iron through the
Enriching recipe type in an
Enriching Factory. It is a key intermediate for producing Steel and other advanced materials.How do I charge my Jetpack?
Place the
Jetpack in a 
Chargepad or connect it to a Universal Cable, Mechanical Pipe, or Energy Cube to receive energy. The
Armored Jetpack functions the same way but provides additional protection.
Jetpack in a 
Chargepad or connect it to a Universal Cable, Mechanical Pipe, or Energy Cube to receive energy. The
Armored Jetpack functions the same way but provides additional protection.How do I transfer energy between machines?
Use Universal Cables to transfer energy between machines, Energy Cubes, and Induction Cells. Mechanical Pipes move items, Pressurized Tubes move chemicals, and Logistical Transporters move items over longer distances.
How do I store chemicals?
Use a Basic, Advanced, or 
Creative Chemical Tank to store chemicals like 
Brine or 
Bio Fuel. Pressurized Tubes connect chemical tanks to machines that consume or produce chemicals.

Creative Chemical Tank to store chemicals like 
Brine or 
Bio Fuel. Pressurized Tubes connect chemical tanks to machines that consume or produce chemicals.How do I fill a Chemical Tank?
Connect the Chemical Tank to a machine that outputs chemicals using Pressurized Tubes, or use a 
Chemical Oxidizer, 
Chemical Infuser, or 
Chemical Washer to produce chemicals directly into the tank.

Chemical Oxidizer, 
Chemical Infuser, or 
Chemical Washer to produce chemicals directly into the tank.How do I get Lithium?
Lithium is obtained through the 
Chemical Dissolution Chamber and 
Chemical Crystallizer processing chain, typically starting from ores processed in a 
Chemical Injection Chamber. It is used in the 
Antiprotonic Nucleosynthesizer and other advanced recipes.How do I get rid of radiation?
Radiation is generated by Uranium-based materials and the 
Antiprotonic Nucleosynthesizer. To reduce radiation, avoid storing 
raw Uranium or
Antimatter Pellets in open areas and use proper containment like 
Block of Uranium or 
Block of Lead shielding.

Antiprotonic Nucleosynthesizer. To reduce radiation, avoid storing 
raw Uranium or
Antimatter Pellets in open areas and use proper containment like 
Block of Uranium or 
Block of Lead shielding.How do I make Bronze?
Bronze is made by combining Copper and Tin in a Metallurgic Infusing or Combining recipe.
Bronze Ingots, Nuggets, and Dusts can all be produced and used in
crafting recipes.
Bronze Ingots, Nuggets, and Dusts can all be produced and used in
crafting recipes.How do I upgrade my machines to Advanced tier?
Use an 
Advanced Tier Installer on a Basic machine to upgrade it to the Advanced variant, such as 
Basic Enriching Factory to 
Advanced Enriching Factory. Tier Installers work on factories, energy cubes, tanks, and other upgradable blocks.

Advanced Tier Installer on a Basic machine to upgrade it to the Advanced variant, such as 
Basic Enriching Factory to 
Advanced Enriching Factory. Tier Installers work on factories, energy cubes, tanks, and other upgradable blocks.How do I get Antimatter?

Antimatter Pellet is produced in the 
Antiprotonic Nucleosynthesizer, which requires significant energy input and produces radiation. It is used in advanced
crafting recipes and must be handled with proper containment.How do I move items between machines?
Use Logistical Transporters for item movement, Mechanical Pipes for fluids, Pressurized Tubes for chemicals, and Universal Cables for energy. Each pipe type connects to specific machine ports for input and output.












