Super Thermal Grease III
8617 Technical Data Sheet
Description
8617
The 8617
Super Thermal Grease III
is a low thermal resistance, non-corrosive grease. It uses an
extremely thermal stable synthetic oil that is electrically insulating. It is used to improve the thermal
interface contact conductivity between heat sinks, LEDs, motors, and heat-generating electronic
components such as CPUs, GPUs, and power components. This grease improves the thermal interface
between irregular and pitted surfaces.
Benefits & Features
•
•
•
•
•
•
•
Silicone and ZnO free
High thermal conductivity
Lowers the contact resistance between irregular surfaces
Extends the life of electronic components
Electrically insulating
Non-bleeding
Safe on plastics
Usage Parameters
Properties
Shelf Life
Theoretical Coverage for
85 mL tube
a)
Value
5y
<33 500 cm
2
<36 ft
2
Temperature Ranges
Properties
Constant Service
Temperature
Storage Temperature
Limits
Value
-68 to 165 °C
[-90 to 329 °F]
-10 to 40 °C
[14 to 104 °F]
a) Idealized estimate based on 25
m
[1.0 mil]
thickness and 100% transfer efficiency.
Principal Components
Name
Aluminum oxide
Naphthenic acids, zinc salts
CAS Number
1344-28-1
12001-85-3
Properties
Thermal Properties
Thermal Conductivity @25 °C [77 °F]
Heat Capacity @25 °C [77 °F]
Contact Thermal Resistance
a)
a) Tested with stainless steel plates
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Method
ASTM E 1461
ASTM E 1225
Value
1.0 W/(mK)
1.11 J/(g∙°C)
0.71 x 10
-3
(m
2
K)/W
Super Thermal Grease III
8617 Technical Data Sheet
Electrical Properties
Volume Resistivity (
v
) @500 V
Volume Conductivity (
v
) @500 V
Dielectric Strength
a)
Breakdown Voltage
Dielectric Constant @1 000 cps
Dielectric Constant
@10 000 cps
Dissipation Factor @1 000 cps
Dissipation Factor
@10 000 cps
Method
ASTM D 257
"
ASTM D 149
"
ASTM D 150
"
"
"
Value
9.9 × 10
9
Ω·cm
1.0 × 10
-10
S/cm
450 V/mil [17.6 kV/mm]
4 500 V
[4.5 kV]
6.07
5.85
0.08
0.02
8617
a) Test as per SAE AS8660: ½ inch hemispherical electrodes
500 V/s rate of rise, 50% R.H. @10 mil gap
Grease Properties
Evaporation Loss, 22 h @165 °C [329 °F]
Oil Separation, 30 h @165 °C [329 °F]
Dropping Point
Water Washout @38 °C [100 °F]
b)
Worked Penetration, 60 strokes, ½ scale
Pressure Vessel Oxidation Test @100 h
Copper Corrosion @100 °C [212 °F], 24 h
Physical Properties
Color
Odor
Density @25 °C [77 °F]
Viscosity
Lubricant
Bleed
Corrosion Resistant
Filler
b) Bearing dried at 77 °C [171 °F].
Synthetic Oil Properties
Oil viscosity index
c)
Fire Point
d)
Flash Point
Method
ASTM D 2270
ASTM D 92
ASTM D 92
Value
>110
321 °C [609.8 °F]
>290 °C [>554 °F]
Method
ASTM D 2595
ASTM D 6184
ASTM D 2265
ASTM D 1264
ASTM D 1403
ASTM D 942
ASTM D 4048
Method
Visual
ASTM D 1475
Value
2.3%
1.0%
>308 °C [>586 °F]
1.5%
343
5.5 psi drop
1a, Shiny
Value
White
Odorless
1.96 g/mL
Thixotropic paste
No
Yes
Yes
Aluminum oxide and boron nitride
Note:
Values based on synthetic oil component only.
c) High oil viscosity index of more than a 100 indicate small oil viscosity change with temperature.
d) Temperature at which oil will continue to burn for at least 5 s after ignition with an open flame.
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Super Thermal Grease III
8617 Technical Data Sheet
8617
Storage
Store between -10 and 40 °C [14 and 104 °F] in dry area.
Health, Safety, and Environmental Awareness
Please see the 8617
Safety Data Sheet
(SDS) for greater details on transportation, storage, handling
and other security guidelines.
Environmental Impact:
Not regulated as a dangerous good for transport.
Health and Safety:
Wear safety glasses and disposable gloves to avoid exposures.
HMIS® RATING
HEALTH:
FLAMMABILITY:
PHYSICAL HAZARD:
PERSONAL PROTECTION:
Approximate HMIS and NFPA Risk Ratings Legend:
0 (Low or none); 1 (Slight); 2 (Moderate); 3 (Serious); 4 (Severe)
NFPA® 704 CODES
1
1
0
1
1
0
Application Instructions
The conductive grease performance depends on mainly on surface preparation. Improperly prepared
contact surfaces can degrade
the paste’s
stability, conductivity, and lubrication characteristics. While the
thickness and coverage are also important, the application method itself can easily be adjusted according
to performance and application needs.
Prerequisites
•
•
•
Wear gloves and protective clothing.
Clean and dry the surface of the substrate to remove other oils and greases, as well as dust, water,
solvents, or any other contaminants.
Recommendations:
Use MG 824 Isopropyl Alcohol or MG 4351 Thinner
Equipment
•
•
•
Lint free cloth (for cleaning contact and for wiping excess residue)
Spatula or stick application tools (sized appropriately for your application)
Isopropyl alcohol or other residue-free organic solvents
To apply the grease
1. Wipe the contact with a lint-free cloth.
2. Clean the contacts with isopropyl alcohol or other non-oil based cleaner.
3. Once dry, spread grease in a thin layer onto the surface.
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Super Thermal Grease III
8617 Technical Data Sheet
8617
Packaging and Supporting Products
Cat. No.
8617-85ML
8617-1P
8617-1G
Packaging
Tube
Jar
Pail
Net Volume
85 mL
2.87 fl oz
473 mL
1 pt
3.78 L
1 gal
Net Weight
166 g
5.87 oz
926 g
2.04 lb
7.4 kg
16.3 lb
Packaging Weights
0.2 kg
0.4 lb
1.0 kg
2.2 lb
TBD
TBD
Contact MG Chemicals if custom packaging or sizes are required
TBD=To be determined
Supporting Products
•
•
Thinner:
Cat. No. 4351-1L
Isopropyl Alcohol:
Cat. No. 824-1L
Technical Support
Contact us regarding any questions, improvement suggestions, or problems with this product. Application
notes, instructions, and FAQs are located at
www.mgchemicals.com.
Email:
support@mgchemicals.com
Phone: +(1) 800-340-0772
+(1) 905-331-1396
+(44) 1663 362888
Fax: +(1) 905-331-2862
Mailing address:
(Canada, Mexico & USA)
(International)
(UK & Europe)
or +(1) 800-340-0773
Head Office
9347–193rd Street
Surrey, British Columbia, Canada
V4N 4E7
Manufacturing & Support
1210 Corporate Drive
Burlington, Ontario, Canada
L7L 5R6
Warranty
M.G. Chemicals Ltd.
warranties this product for 12 months from the date of purchase by the end user.
M.G. Chemicals Ltd.
makes no claims as to shelf life of this product for the warranty. The liability of
M.G. Chemicals Ltd.
whether based on its warranty, contracts, or otherwise shall in no case include
incidental or consequential damage.
Disclaimer
This information is believed to be accurate. It is intended for professional end users having the skills to
evaluate and use the data properly.
M.G. Chemicals Ltd.
does not guarantee the accuracy of the data and
assumes no liability in connection with damages incurred while using it.
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FPGA/CPLD
