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Fluon®PTFE lubricants are used as additive to plastics, rubbers, paints, greases and so on. Frictional resistance decreases and non-stick increases on the applied surface.
Information in this publication is based on our general experience and given in good faith, but because of the many particular factors which are outside our knowledge and control and affect the use of products, no warranty is given or to be implied with respect to such information. |



Fluon® Lubricant used to improve wear with Nylon 66 in automotive gear shift housing application.
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| Grade |
Median Particle Size (µm) *1 |
Bulk Density g/l (g/ml) *2 |
Melting Point(ºC) *3 |
Specific
Surface (m2/g)
*4 |
Applications |
Characteristics |
| L150J |
9 |
380 (0.38) |
325 |
1.3 |
plastics,rubber paints, ink grease |
fine particles. narrow distribution of particle size.*5 frictional resistance. non-stick. |
| L169J |
13 |
370 (0.37) |
332 |
2 |
plastics, rubber |
general purpose. fine particles. narrow distribution of particle size.*5 easy to disperse and difficult to coagulate. |
L170J L172J |
--- |
560 (0.56) 560 (0.56) |
332 330 |
8.2 8.2 |
paints ink. grease |
good dispersion. L170J and L172J are easily sheared into smaller particles by mixing in solvent. Decrease of particle sizes of L170J and L172J depends on shearing power. |
| L173J |
7 |
300 (0.30) |
330 |
8.2 |
paints ink. grease |
L173J is very friable powder. It is easy to break down the particle as compared with L170J and L172J. |
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| *1 |
50wt% median particle size |
| *2 |
JISK-6891 |
| *3 |
Diffenrential Scanning Calorimetry/Temperature increase 10°C/min |
| *4 |
Nitrogen adsorption |
| *5 |
Narrow distribution on particle size = easy to disperse even in viscous solvent. |
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