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Adhesive for precision fixing

feature

  • Adhesive fixation on the order of submicrons is possible because there is very little change in fixing position due to curing or temperature changes.

*Low cure shrinkage (less than 2%)
*Low coefficient of thermal expansion (40 ppm/℃ or less)

  • AT9290F becomes transparent after curing
  • High reliability that withstands heat cycle tests (-40 to 85°C)
  • High heat resistance (260°C) that withstands solder reflow processing
Coefficient of thermal expansion and cure shrinkage

[Usage example] Fixing microball lenses

Image diagram
Image diagram
Temperature characteristics of LD module
Temperature characteristics of LD module

characteristic values

model number
[main component]
viscosity
(mPa・S)
Curing conditions
[Irradiation intensity, time]
cure shrinkage
(%)
Glass-transition temperature
Tg (°C)
coefficient of thermal expansion
(ppm/°C)
Adhesion strength
(kgf/cm2)
Features
AT4291A
[Epoxy] (*1)
25,000 100mW/ cm2
10 minutes
2 206 23 >116 low viscosity
AT9290F
[Epoxy] (*1)
45,000 100mW/ cm2
10 minutes
1 140 31 >200 Transparent after curing (Large curing depth)
AT3862P
[Epoxy] (*1)
180,000 100mW/ cm2
10 minutes
0.5 195 20 >210 Small cure shrinkage
high viscosity
AT3916P
[Epoxy] (*1)
36,000 100mW/ cm2
10 minutes
0.9 233 18 >220 low viscosity

*1...This product contains a "non-medicinal hazardous substance" (please refer to the SDS (MSDS) for handling instructions).

The characteristic values in the table are sample measurement values, not guaranteed values.

About purchase

For purchases or inquiries, please contact us via the inquiry form.
Outside of Japan, sales may be prohibited in some countries due to laws and regulations concerning chemical substances.
For information on overseas distributors, please check here.
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