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Heat-Spring®

Home » Products » Thermal Interface Materials » Heat-Spring®

  • Heat-Spring®
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Many applications call for TIM that can easily be placed on a chip, on a lid or perhaps just against a heat source and a cooling solution contact plate. We developed a metal TIM which would work as a compressible Interface Solution for such an application. Our pressure range is 35psi to 100+ psi.

BLT Thermal Resistance
of Representative Materials

Gap Thermal Resistance
(w/o Reflow)

Bulk Thermal Resistance

BLT Thermal Resistance of Representative Materials Chart Gap Thermal Resistance Chart Bulk Thermal Resistance Chart
View Full Size Chart View Full Size Chart View Full Size Chart

Heat-Spring Watch the Overview of Heat-Spring® Video

An SMA-TIM made of indium offers uniform thermal resistance at lower applied stresses in compressed interfaces. The malleability of indium minimizes surface resistance and increases heat flow. Our patent pending Heat-Spring® technology will further reduce the thermal resistance.

Indium's line of high-end thermal interface materials delivers superior performance over time. As SMA-TIM products are made of metal, they cannot experience pump out problems even under power cycling. The Heat-Spring® material, which does not contain silicone, will conform to surface disparities over time, thereby reducing thermal resistance through the life of the TIM. Due to its solid state, the SMA-TIM also resists bake out.

Related Markets and Applications

  • Engineered Solder and Alloys
  • Thermal Management

Top Heat-Spring® Technical Documents

  • 5RA and 5RMA Liquid Fluxes for TIMs (Letter) (A4)

    Product Data Sheet

  • Alloy Sorted By Indalloy® Number (Other)

    Other Document

  • Alloy Sorted by Temperature (Other)

    Other Document

  • Curves at High Pressure vs. Grease (Other)

    Other Document

Heat-Spring® Technical Documents

Whitepapers

Request This Document

Metal Thermal Interface Materials in Power Devices

Authors: Bob Jarrett, Jordan Ross

Posted on 8 Mar 2010

Request This Document

NanoBond® Assembly - A Rapid, Room Temperature Soldering Process

Authors: Jacques Matteau

Posted on 14 Nov 2011

Request This Document

Thermal Management Materials Choices

Authors: Andy C. Mackie PhD, Bob Jarrett, Dave Saums, Jordan Ross

Posted on 1 Jul 2009

Request This Document

Virtues of Indium as a Thermal Interface Material

Authors: Amanda Hartnett, Dr. Ronald C. Lasky

Posted on 10 Mar 2010

View All

Application Notes

Heat-Spring® Metallic TIMs for Infineon IGBT Modules (Letter)
Use of Heat-Spring® Material (Letter)

Product Data Sheets

5RA and 5RMA Liquid Fluxes for TIMs (Letter) (A4)
Indium Thermal Interface Materials (TIM) (Letter) (A4)
Soft Metal Alloy Thermal Interface Materials (Letter) (A4)

View All

Material Safety Data Sheets

Aluminum with Alloys
Brass Alloy
Copper and Silver Alloy Mixture
Copper Metal
Gold Containing Alloys
Indalloy® 170 (Lead)
Indalloy® 193
Indalloy® 4 (Indium)
Indalloy® Indium with Tin, Lead or Silver
Indalloy® with Lead and/or Tin and/or Silver and Antimony
Indalloy® with Tin, Lead and/or Silver and/or Copper
Indium Mixed with Metal Alloys (Lead-Free)
Tin Double Clad Alloy with Silver
Antimony
Cadmium Containing Metals
Copper Mesh with Metal Alloys
Gallium Containing Metals
Indalloy® 128 (Tin)
Indalloy® 176 (Zinc Metal Mix)
Indalloy® 207
Indalloy® Containing Indium with Tin, Lead, Silver, Copper
Indalloy® Tin and Lead Only
Indalloy® with Lead, Zinc and Antimony
Indium Clad with Aluminum
Tin Based Alloys (No Lead)
Zinc Metal Alloy Mix

View All

Other Documents

Alloy Sorted By Indalloy® Number (Other)
Alloy Sorted by Temperature (Other)
Curves at High Pressure vs. Grease (Other)
HSD 1E and 4 (Other)
ind1e and ind4 hsd (Other)
Indium High Pressure vs. Grease (Other)
Pb-Cd Free (Other)
Thermal Resistance (ASTM D5470) (Other)
TTV Profile Comparison Bake 1500hrs (Other)

View All

Heat-Spring® Blog Posts

What Is Indium?

Friday, March 15, 2013 by Carol Gowans [view bio]

Being the Indium Corporation, we know what indium is, where it comes from, and how to use it.  But sometimes we forget that not everyone is as immersed in indium as we are. So what is indium?  Of course it is an element with an atomic number of 49, an atomic weight of 114.818amu, a relative…

铟是很好的散热材料 indium as a Thermal Interface Material

Thursday, October 13, 2011 by Anny Zhang [view bio]

最近又有些客户在询问我们公司的铟indium,用作散热材料(TIM--thermal interface material)。其中一个客户是做工业用的激光器。这个客户希望在他的瓷片间隔的两端用一种高效能的散热材料。纯铟是一种散热效能极高的金属材料,热传导率能到达86W/cm.0C.…

Metal Thermal Interface Material Eliminates the WRRRRRRR!

Sunday, August 14, 2011 by Ross Berntson [view bio]

A fisherman and tech guy at heart.Ross BerntsonVP Sales Marketing and Tech SupportHere is a story of a PC, a thermal management problem, an advanced metal thermal interface material, a family that was about to mutiny, and a glazed donut. Spoiler alert: This story has a very happy ending.Background: Our…

View All Blog Posts

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Jordan Ross

This page is owned by:

Jordan Ross
Senior Product Manager, Engineered Solders and Thermal Materials
jross@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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