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Thermal Evaporation

Home » Applications » Thin-Film » Thermal Evaporation

  • Thermal Evaporation
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Gallium

Indium Corporation offers thermal evaporation materials for thin-film deposition. The purity of source material is as important as the equipment used for deposition. We offer the high quality materials and experienced technical support to help you get the most from your physical vapor deposition (PVD) process.

Below is a chart that outlines the types of materials and the forms in which you can get those materials.

Material Round
Shot
Teardrop
Shot
Chunks Custom
Forms
Crucible
Filling
Custom
Crucible
Inserts
In X X   X X X
ITO     X      
Ga X       X  
InGa X X   X X  

Physical Properties of Common Elements for Thermal Evaporation

  Indium Gallium Copper Selenium
Atomic Number 49 31 29 34
Boiling Point 2072°C 2204°C 2562°C 685°C
Melting Point 157°C 29.8°C 1084°C 221°C
Density 7.31g/cm³ 6.10g/cm³ 8.94g/cm³ 4.28-4.81g/cm³
Atomic Weight 114.8g/mol 69.7g/mol 63.5g/mol 789.6g/mol

Physical Properties for Common Alloys for Thermal Evaporation

  ITO CIG CuGa CuIn
Melting Point 1500°C 1250°C 460°C 575°C
Density 7.16g/cm³ 7.52g/cm³ 7.91g/cm³ 8.45g/cm³

Pack Densities of Many Material Forms

Pack Densities
Click the image to view a larger version.

Thermal Evaporation Product Links

  • Indium
  • Gallium
  • Tin

Thermal Evaporation Technical Documents

Whitepapers

Request This Document

Availability of Indium and Gallium (English)

Authors: Bill Jackson, Claire Mikolajczak

Posted on 23 Apr 2012

Application Notes

CVD vs. PVD Advantages and Disadvantages (Letter) (A4)

Product Data Sheets

Gallium Metal (Letter)
Indium and Gallium Shot for Thin-Film Deposition (Letter) (A4)

Material Safety Data Sheets

Gallium Containing Metals

Thin-Film Technology Blog Posts

Strong Indium Supply And Availability Is Enhanced By Recycling

Wednesday, February 22, 2012 by Jim Hisert [view bio]

It is common to hear people that are skeptical about CIGS technology ask questions like: "Aren't indium and indium tin oxide (ITO) thin film deposition processes wasteful and inefficient?" “Aren’t we going to run out of indium soon? Doesn't the world use more…

Cu-Ga Rotary Sputtering Target Testing

Wednesday, May 04, 2011 by Jim Hisert [view bio]

Q1) What the heck are we looking at in this picture? A1) It’s a CuGa (copper gallium) target being sputtered at Angstrom Sciences, Inc. test lab. Since CuGa rotary sputtering targets are becoming more popular in the CIGS deposition industry, we wanted to see how they work with AS cathodes.…

The Future of Solar Module Assembly: An Interview with Indium's Jon Major

Tuesday, December 21, 2010 by Jim Hisert [view bio]

Jon major recently joined the Indium Corporation as a Product Manager for Solar back-end assembly products. I greeted him with this impromptu interview. Jim: First of all Jon, welcome. It’s great to have you as a new addition to the team!  Jon: Thank you Jim – it’s an exciting…

View All Blog Posts

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Bill Jackson

This page is owned by:

Bill Jackson
Director, Solar Products
bjackson@indium.com

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