Close Related Burn-In Technical Papers WhitepapersRequest This Document Development with Metallic TIMsAuthor(s): Timothy JensenRequest This Document Full Metal TIMs (English)Author(s): Bob Jarrett, Jordan Ross, Ross B. BerntsonRequest This Document Thermal Management Materials ChoicesAuthor(s): Andy C. Mackie PhD, Bob Jarrett, Jordan RossRequest This Document Virtues of Indium as a Thermal Interface MaterialAuthor(s): Dr. Ronald C. LaskyApplication NotesIndium Thermal Interface Materials (TIM) (US Letter) (A4) Use of Heat-Spring® Material (US Letter) What is a Thermal Interface? (US Letter) (A4) Product Data SheetsComparison of Test Methods for High Performance Thermal Interface Materials (US Letter) Safety Data SheetsClick Here for SDS Downloads Close
Close Related Burn-In Videos *The video content below was created before the COVID-19 pandemic and does not reflect the current safety protocols upheld by Indium Corporation. Your browser does not support the video tag.Avoid The Void™ using Heat-Spring® metal thermal interface materials Close
Your browser does not support the video tag.Avoid The Void™ using Heat-Spring® metal thermal interface materials
Metal burn-in materials have several advantages: High thermal conductivity Easy handling and cleaning No pump out or bake out Ability to handle multiple insertions Available in standard or custom configurations
Heat-Spring® Patterned to optimize contact with non-planar surfaces 86W/mK Compliant Available alloys include InAg, InSn, and pure indium Recyclable Aluminum available as a diffusion barrier for pure indium Contact Us
m2TIM™ Unique solid/liquid hybrid thermal interface material Combines liquid metal with a solid metal preform Eliminates need for a solderable surface Eliminates risk of pump-out of the liquid alloy Contact Us
Indium Foils Unpatterned For use with planar surfaces Available alloys include InAg, InSn, and pure indium Recyclable Contact Us