select
navigate
switch tabs
Esc close

Material for high temperature applications

0
a
1

Hello, I would like to make a piece that is intended to fit into an industrial equipment where the temperature can reach up to 220-240 degrees Celsius. I wonder what is the cheapest 3D printing option for this piece, capable of withstanding these high temperatures for an extended period. Thank you

Automatically translated from: Français
See original
Solved by Manon Bouriaud

Hello adrimeca,

There is not a wide choice of 3D printing materials that can withstand such temperatures. Do you want to make a piece in plastic or metal? Here are some material suggestions that might work:

  • Plastics
    • ULTEM 1010 is probably the best option for plastic materials, with a temperature resistance up to 216°C. It is compatible with FDM (Fused Deposition Modelling) 3D printing technology
    • CE 221 has an even higher resistance (over 220°C) but Carbon's DLS technology is still expensive, especially compared to FDM
  • Metals - I'd recommend the following materials for 3D metal printing (DMLS)
    • Aluminium AlSi10Mg
    • Stainless steel 316L
    • Inconel 718

I would say that aluminium AlSi10Mg remains the most viable option considering your requirements. I hope this answer will be useful to you!

    • a
      Hello, I would like to make a piece that is intended to fit into an industrial equipment where the temperature can reach up to 220-240 degrees Celsius. I wonder what is the cheapest 3D printing option for this piece, capable of withstanding these high temperatures for an extended period. Thank you
      Automatically translated from: Français

      See original
      0
    • Senior Content Manager

      Hello adrimeca,

      There is not a wide choice of 3D printing materials that can withstand such temperatures. Do you want to make a piece in plastic or metal? Here are some material suggestions that might work:

      • Plastics
        • ULTEM 1010 is probably the best option for plastic materials, with a temperature resistance up to 216°C. It is compatible with FDM (Fused Deposition Modelling) 3D printing technology
        • CE 221 has an even higher resistance (over 220°C) but Carbon’s DLS technology is still expensive, especially compared to FDM
      • Metals – I’d recommend the following materials for 3D metal printing (DMLS)
        • Aluminium AlSi10Mg
        • Stainless steel 316L
        • Inconel 718

      I would say that aluminium AlSi10Mg remains the most viable option considering your requirements. I hope this answer will be useful to you!

      Automatically translated from: Français

      See original
      0
      Reply
Material for high temperature applications
Your information:




Suggested Topics

Topic
Replies
Views
Activity
Effect of zinc flake coating thickness on bolt performance
In an automotive subframe project using M12 class 10.9 bolts, exposed to salt spray and vibration, I’m looking into zinc flake coatings for corrosion protection. Curious if doubling the coating thickness—from 8 µm to... read more
B
T
1
25
Jun 24
direct metal laser sintering
I need to obtain hole/channel sizes of 0.65 mm. will this be obtainable with a 40-60 layer thickness in tool steel?
j
1
58
Jun 13
SLA material for outdoor indicator lenses
hi,  I'm recreating two small indicator lenses for a 1980s motorcycle restoration. These need to be clear, UV-stable, and able to handle exposure to sun and rain long-term. I’m planning to go with SLA... read more
R
R
V
2
164
Jun 24
Steel Advice
HelloI would like to request a quote for cold cutting tools (no temperature problems). I usually work with high-speed steels, for their hardness and the relative ease of re-sharpening, but none is offered in... read more
m
P
1
136
Apr 30
Fuel-resistant material for 3D printing
Hi! I'm restoring an older two-stroke motorcycle and need to replace a worn-out venturi nozzle that draws in fuel-air mix. I’m considering having it 3D printed, but I’m unsure which material would best hold... read more
A
R
M
3
175
Jun 24