Actions

Difference between revisions of "Kit (Iron Wall)"

From Unofficial Stationeers Wiki

m (Corrected incorrect item cost, added missing max pressure value)
(Notes: You can attach devices on the wall)
Line 23: Line 23:
  
 
== Notes ==
 
== Notes ==
* You can't place structures on walls, but you can place a wall on a frame, place your structures on the wall/frame and afterwards deconstruct the frame. Which will leave you with your structures seemingly attached to the wall. This has since been corrected and you can now place items on walls.  Keep in mind that the walls are a little "picky" when placing items.
+
* You can attach devices on the face side of the wall.
 
* Composite walls appear to resist temperatures up to 2000K on the finished side. The temperature resistance on the unfinished side seems to be infinite.
 
* Composite walls appear to resist temperatures up to 2000K on the finished side. The temperature resistance on the unfinished side seems to be infinite.
  
 
[[Category:Construction]]
 
[[Category:Construction]]
 
[[Category:Structures]]
 
[[Category:Structures]]

Revision as of 05:09, 14 February 2021

Iron Walls
ItemKitWall.png
Stacks 30
Recipe
Created With Autolathe, Fabricator
Cost 1g Iron
Max Pressure 150kpa


Description

Basic walls, they are airproof.

Once the Iron Walls are placed, the walls are then completed by placing Iron Sheets over them, the placement of which does not require tools.

In order to disassemble, the Crowbar is needed to remove the Iron Sheets, then the Angle Grinder is used to remove the Iron Walls.

An Iron Wall and an Iron Composite Window, finished

The kit offer two variants : an opaque wall or a composite window :

  • The wall require one IronSheet to complete
  • The composite window require one Iron Sheet, then one Glass Sheet to complete. This window is similar to the steel one, except there is no white border around the glass

Notes

  • You can attach devices on the face side of the wall.
  • Composite walls appear to resist temperatures up to 2000K on the finished side. The temperature resistance on the unfinished side seems to be infinite.