CoolTherm® TC-501 Thermally Conductive Grease Where to Buy
Product Information
LORD CoolTherm® TC-501 grease is a solvent-free silicone thermal interface material (TIM) designed to replace greases used as TIMs between the heat spreader and the heat sink (commonly known as TIM2). Unlike commercially available greases that eventually pump out, CoolTherm TC-501 grease was developed using proprietary technology that eliminates pump-out.
CoolTherm TC-501 grease provides high thermal conductivity and low thermal resistance for applications in which superior heat dissipation is required. CoolTherm TC-501 grease can be used in a variety of packages that cannot go through a cure profile normally required by non-grease TIMs or in applications where greases were previously restricted due to the possibility of pump-out.
Shelf Life
Shelf life is six months from date of manufacture when stored at -30°C in original, unopened syringe. Syringe must be maintained at -30°C in a vertical (upright) position with the dispense tip facing down. Do not store syringe on its side (horizontally).
This material is shipped and stored frozen. Consult handling instructions† for thawing.
†Handling instructions are available on LORD.com.
Features and Benefits
High Reliability – eliminates pump-out; provides excellent resistance to moisture and temperature cycling.
High Thermal Conductivity – provides thermal conductivity for applications where superior heat dissipation is required.
Thin Bondlines – achieves thin bondlines of 25-50 microns (1-2 mils), minimizing the thermal pathway and maximizing heat flow.
Reworkability – easily removed with isopropyl alcohol or acetone, eliminating the use of toxic solvents.
Easy to Use – easily dispersed; provides a working life of 24 hours at 25°C.
Typical Properties*
Appearance | Gray Paste |
Viscosity, cps @ 25°C | 128,400 |
Specific Gravity | 3.12 |
Thermal Conductivity**, W/mK | 3.6 |
*Data is typical and not to be used for specification purposes.
** Dependent on processing conditions. Excellent thermal properties observed after 1000 hr @ 85°C, 85%RH and 1000 hr @ 150°C.