Graphene-enhanced Thermal Interface Material
Our GT-series is our version of Thermal Interface Material (TIM). GT-Series provide two-axis thermal conducting paths which have a hybrid functionality of TIM and heatspreader at the same time.
FEATURES AND BENEFITS
Our GT-Series product range includes our new invention for Thermal Interface Material (TIM) with multiple beneficial features:
• Two-axis thermal conducting path
• Hybrid TIM and heatspreader
• “Instant Attach”, “Reflow” or “Curable” versions available
• Extremely high through-plane thermal conductivity (20-200W/mK), 10-100 times higher than our competitors
OUR GT-SERIES COMMERCIAL PRODUCTS
A summary of GT-Series products can be downloaded here.
GT90 is a highly soft graphene based thermal interface material (TIM). It has very low contact thermal resistance (6.5 Kmm2/W at 276 kPa).Download product sheet
GT70PRO is a highly soft graphene based thermal interface material (TIM). It has very low contact thermal resistance (8.5 Kmm2/W at 275 kPa).Download product sheet
GT70 is a highly soft graphene based thermal interface material (TIM). It has very low contact thermal resistance (10 Kmm2/W at 276 kPa).Download product sheet
GT50 is a soft thermal interface material (TIM). Perfect to be used as a replacement of thermal pads.Download product sheet
OUR GT-SERIES PROTOTYPES
A summary of GT-Series prototypes can be downloaded here.
S-GT10-70S is an instant attach GT thermal interface material (TIM). It is a very good option for applications that require quick and easy maintenance.Download product sheet
A-GT70S is a curable version of the GT-series for a strong bonding application.Download product sheet
I-GT10-70S is an Instant Attach Electrically Insulating and Thermally Conducting Graphene‐Polymer Composite Thermal Interface Material and Heatspreader.Download product sheet
M-GT90S is a metal coated version of our GT-Series. It is compatible with re-flow based processing.Download product sheet
TYPICAL NUMBERS IN GT-SERIES PRODUCTS
Thermal Conductivity (through plane)
Thermal Conductivity (in one in-plane direction )
20 – 70%