YFX Machine - Professional SMT machine manufacturer providing one-stop solution.
Grease-thk Japan Smt Peripheral Equipment provides high-quality equipment designed to enhance efficiency and accuracy in the production of electronic components. Their reliable products cater to the specific needs of the surface mount technology (SMT) industry in Japan.
Thanks to its special additives and urea-type thickeners, AFC Grease is highly resistant to micro-vibration and friction, and uses high-grade synthetic oil as the base oil.
[ Feature ]
1, high resistance to vibration wear corrosion
AFC grease is designed to be highly effective in preventing micro-vibration wear corrosion.
2, long service life
Unlike soap-based Grease, which is commonly used for metal lubrication, THK lubricated grease AFC Grease has an excellent surface in terms of oxidation stability, so it can be used for a long time, thus reducing maintenance work.
3. Wide temperature range
Thanks to the use of high-grade synthetic oil as the base oil, its lubrication performance remains excellent over a wide range from -54 ° C to +177 ° C.
[ Represent physical characteristics ]
Pilot project
Representative value
Test method
Penetration (25℃,60W)
288
JIS K 2220 7
Drop point :℃
269
JIS K 2220 8
Steel plate corrosion (B square,100℃,24h)
Up to standard
JIS K 2220 9
Evaporation :mass%(177℃,22h)
7.9
JIS K 2220 10
Oil separation :mass%(177℃,30h)
2
JIS K 2220 11
Oxidation stability :MPa(99℃,100h)
0.065
JIS K 2220 12
Miscellaneous quality: Film /cm3 25 ~ 75µm
75µm or more
370
0
JIS K 2220 13
Mixing stability (100,000 W)
341
JIS K 222015
Water resistance: mass%(38℃,1h)
0.6
JIS K 2220 16
Low temperature torque :N-m(-54℃)
start
0.63
JIS K 2220 18
revolution
0.068
Anti-rust test :(52℃,48h)
Up to standard
ASTM D1743-73
Vibration test (200h)
Up to standard
-
Operating critical temperature (℃)
-54 ~
177
-
We are committed to producing the best quality products at the most competitive prices. Therefore, we sincerely invite all interested companies to contact us for more information.