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Batteries

Home » Applications » Compounds » Batteries

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Batteries

Indium Corporation’s compounds are used in the battery industries to improve the operational efficiency in a variety of battery technologies. Alkaline batteries, some types of lithium ion batteries, and zinc air batteries are all examples where our compounds are used to:

  • improve battery efficiency
  • replace mercury
  • act as an inhibitor to hydrogen outgassing

The indium compounds are used in a variety of ways inside the battery: Indium can be alloyed with other metal powders, plated onto connectors inside the battery, or added to the electrolyte.

Of specific interest to the battery industry are our following compounds:

  • Indium Trichloride
  • Gallium Trichloride
  • Indium Hydroxide
  • Indium Acetate
  • Indium Sulfamate Plating Bath

Batteries Technical Documents

Whitepapers

Request This Document

Availability of Indium and Gallium (English)

Authors: Bill Jackson, Claire Mikolajczak

Posted on 23 Apr 2012

Request This Document

Sustainability of Indium and Gallium Supplies in the Face of Emerging Markets

Authors: Claire Mikolajczak, Michael D Murphy

Posted on 19 Apr 2011

Request This Document

The Long-Term Supply of Indium and Gallium

Authors: Claire Mikolajczak, Greg Phipps, Terry Guckes

Posted on 10 Mar 2010

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Application Notes

No application notes to display

Product Data Sheets

Gallium Trichloride, Anhydrous (Letter) (A4)
Indium Acetate (Letter)
Indium Hydroxide (Letter)
Indium Trichloride (Letter)

View All

Material Safety Data Sheets

Gallium Trichloride
Indium Acetate
Indium Sulfamate Plating Bath
Indium Trichloride Pentahydrate
Indium Trichloride Solution
Gallium Trichloride - Toluene Solution
Indium Hydroxide
Indium Trichloride in Denatured Ethanol
Indium Trichloride Powder

View All

Indium Corporation Blog Posts

The Perfect Sputtering Target Bond

Thursday, May 23, 2013 by Jim Hisert [view bio]

Why do we care so much about target bonding? This is important because a sputtering target that truly performs will allow greater process flexibility, and higher throughput. An introduction from Eliminating Bond Stresses of Sputtering Targets at Operating Temperatures: “…It was observed…

Bonded Sputtering Targets are a Bi-Metallic Assembly

Tuesday, May 21, 2013 by Jim Hisert [view bio]

Whenever two materials with different coefficient of thermal expansion values are bonded together, they will expand and contract as the temperature changes. Assuming these two materials are bonded rigidly, there are two things that can happen as the temperature changes: 1) the bond will break apart…

NanoBond® is a Fluxless Process

Thursday, May 16, 2013 by Jim Hisert [view bio]

Fluxes are an interesting element of working with many solder applications. With so many specialized fluxes there is usually a perfectly-tailored flux for removing oxides from any solderable surface. Even though we love fluxes at Indium Corporation – not all of our customers share that same affection. It…

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Robert Ploessl

This page is owned by:

Robert Ploessl
Product Manager of Compounds
rploessl@indium.com

INDIUM CORPORATIONwww.indium.comaskus@indium.comPRC +86 (0)512 628 34900SINGAPORE +65 6 268 8678UK +44 (0) 1908 580400USA +1 315 853 4900

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