Desh

From HBM's Nuclear Tech Wiki
(Redirected from Desh Blend)
Desh
Properties
TypeSuperalloy
Made With/ByChemical synthesis
Difficulty of ProductionMedium-Hard
Exists in RealityNo
Atomic NumberN/A


Desh is an alloy made up of 9 rare earth metals to make its blend form, which is solidified and refined using mercury and light oil in the chemical plant. It’s a fictional material that is almost unbreakable, one of the reasons why it's usable in the arc furnace as electrodes. Desh has very high blast-resistance, heat-resistance, and corrosion-resistance, and durability, an overall excellent material. It has a deep red color and is very stable. It emits no radiation or particles whatsoever, if anything, it is a radiation shield.

Its unrefined blend form can be acquired from asteroid mining ships.

Production

Desh blend must be refined and processed in a chemical plant with mercury and light oil.

Mercury
200mB
Light Oil
200mB
Desh Blend
Desh Ingot

Alternatively, it can be produced in an acidiser using DeshReady™ blend.

Hydrogen Peroxide
500mB
DeshReady™ Blend
Desh Ingot

Desh blend itself is acquired from rare earth ore, which must either be centrifuged or crystallized and then centrifuged to get the best output. If the silk touch enchantment isn't used, then fragments dropped must be shredded. Since desh blend is just an alloy of rare earth metals, it can be artificially made using a cyclotron.

Tiny Pile of Boron Powder
Tiny Pile of Boron Powder
Tiny Pile of Lithium Powder
Tiny Pile of Cobalt Powder
Tiny Pile of Neodymium Powder
Tiny Pile of Cerium Powder
Tiny Pile of Niobium Powder
Tiny Pile of Lanthanium Powder
Tiny Pile of Lanthanium Powder
Desh Blend
This recipe is shapeless; the inputs may be placed in any arrangement in the crafting grid.
Boron Powder
Boron Powder
Lithium Powder
Cobalt Powder
Neodymium Powder
Cerium Powder
Niobium Powder
Lanthanium Powder
Lanthanium Powder
Desh Blend9
This recipe is shapeless; the inputs may be placed in any arrangement in the crafting grid.

Composition Breakdown

For more information on the components themselves, see: Rare Earth Elements.

Uses

It's primarily used in ingot and compound plate form, but its powder and unrefined blend form can also be used.

Desh tools only have the harvest level of iron, but they are unbreakable. They can be upgraded into schrabidium tools which gives them numerous abilities, at the cost of them being no longer indestructible.

It's used in various mid-late game machines. The size 15 solid fuel missile fuselage can even be plated in desh to increase its HP.


Bakelite Bar
Desh Blend
Bakelite Bar
Desh Blend
Enhanced Radiation Absorber
Desh Blend
Bakelite Bar
Desh Blend
Bakelite Bar
Advanced Radiation Absorber
Desh Compound Plate
Desh Compound Plate
Advanced Shredder Blades
Desh Compound Plate
Desh Compound Plate
Desh Shredder Blades

Compound Plate Recipe

Desh cannot be stamped, so it has to be made into a compound plate instead in one of the anvils:

Tier 3 Anvil
Desh Compound Plate4

Trivia

  • It has a small indentation in the middle of its ingot texture.
  • It's made of real materials, but it itself is not real.
    • There are some rare earth metal alloys that have various uses, but they do not share many of the same properties.
  • Its block form has a square and diagonal stripe, reminiscent of a barrier block.
  • Its block form's name is "Reinforced Block of Desh", which is odd, as there is no non-reinforced desh block.
  • There is a desh nugget in the mod, but it is not fully implemented yet as it has no crafting recipe or any uses.
  • Desh is possibly a reference to the Star Wars material. That type of desh is also added by GalactiCraft. It can also be a reference to the Le Verrier space station in Doctor Who which is made of a red material (desh).
    • Since desh in GalactiCraft is fairly easy to obtain, it used to be possible to "cheese" past NTM desh processing thanks to OreDictionary, but NTM desh's OreDict registry was changed to maintain its place in progression.
  • Desh is incredibly hard and overall durable, which is interesting because several of its components are actually rather soft.

Gallery