Deposition examples

See examples of depositions that combine anti-reflection and antifouling coatings

1 OS-50, SiO2(E), SURFCLEAR 100

Film Structure

Evaporation material

Target thickness[nm]

Substrate BK7
First layer SiO2(E) 20
Second layer OS-50 14
Third layer SiO2(E) 33
Fourth layer OS-50 111
Fifth layer SiO2(E) 83
Sixth layer SURFCLEAR 100(M) 12~14
Air

* Films deposited on one side of substrat

Measurement Results

Spectroscopic Characteristics
Spectroscopic Characteristics (Transmittance + Reflectance) of AR + AF Coating

Fig. 6 Spectroscopic Characteristics (Transmittance + Reflectance) of AR + AF Coating

Spectroscopic Characteristics (Transmittance) of AR + AF Coating

Fig. 7 Spectroscopic Characteristics (Transmittance) of AR + AF Coating

Spectroscopic Characteristics (Reflectance/Both Sides Polished) of AR + AF Coating

Fig. 8 Spectroscopic Characteristics (Reflectance/Both Sides Polished) of AR + AF Coating

Spectroscopic Characteristics (Reflectance/One Side Polished) of AR + AF Coating

Fig. 9 Spectroscopic Characteristics (Reflectance/One Side Polished) of AR + AF Coating

Evaluation of Contact Angle for Water

Contact angle 117[deg.]

Pure water
2.5 μ L , average of 5 measurements

Abrasion Resistance Test

NG abrasion resistance times 3000~4000 [times]

Abrasion material:Steel wool #0000  Load :1000 [g]

2 OH-14, SiO2(E), SURFCLEAR 100

Film Structure

Evaporation material

Target thickness[nm]

Substrate BK7
First layer SiO2(E) 15
Second layer OH-14(A) 16.5
Third layer SiO2(E) 35
Fourth layer OH-14(A) 136.5
Fifth layer SiO2(E) 91
Sixth layer SURFCLEAR 100(M) 12–14
Air

* Films deposited on one side of substrate

Measurement Results

Spectroscopic Characteristics
Spectroscopic Characteristics (Transmittance + Reflectance) of AR + AF Coating

Fig. 6 Spectroscopic Characteristics (Transmittance + Reflectance) of AR + AF Coating

Spectroscopic Characteristics (Transmittance) of AR + AF Coating

Fig. 7 Spectroscopic Characteristics (Transmittance) of AR + AF Coating

Spectroscopic Characteristics (Reflectance/Both Sides Polished) of AR + AF Coating

Fig. 8 Spectroscopic Characteristics (Reflectance/Both Sides Polished) of AR + AF Coating

Spectroscopic Characteristics (Reflectance/One Side Polished) of AR + AF Coating

Fig. 9 Spectroscopic Characteristics (Reflectance/One Side Polished) of AR + AF Coating

Evaluation of Contact Angle for Water

Contact angle 117[deg.]

Pure water
2.5 μ L , average of 5 measurements

Abrasion Resistance Test

NG abrasion resistance times 3000~5000 [times]

Abrasion material:Steel wool #0000  Load :1000 [g]

3 De-gas Nb2O5, SiO2(E), SURFCLEAR 100

Film Structure

Evaporation material

Target thickness[nm]

Substrate BK7
First layer SiO2(E) 20
Second layer DegassedNb2O5 15
Third layer SiO2(E) 36
Fourth layer DegassedNb2O5 120
Fifth layer SiO2(E) 86
Sixth layer SURFCLEAR 100(M) 12~14
Air

* Films deposited on one side of substrate

Please contact us here for deposition conditions, measurement conditions, and other detailed information.

Measurement Results

Spectroscopic Characteristics
Spectroscopic Characteristics (Transmittance + Reflectance) of AR + AF Coating

Fig. 6 Spectroscopic Characteristics (Transmittance + Reflectance) of AR + AF Coating

Spectroscopic Characteristics (Transmittance) of AR + AF Coating

Fig. 7 Spectroscopic Characteristics (Transmittance) of AR + AF Coating

Spectroscopic Characteristics (Reflectance/Both Sides Polished) of AR + AF Coating

Fig. 8 Spectroscopic Characteristics (Reflectance/Both Sides Polished) of AR + AF Coating

Spectroscopic Characteristics (Reflectance/One Side Polished) of AR + AF Coating

Fig. 9 Spectroscopic Characteristics (Reflectance/One Side Polished) of AR + AF Coating

Evaluation of Contact Angle for Water

Contact angle 117[deg.]

Pure water
2.5 μ L , average of 5 measurements

Abrasion Resistance Test

NG abrasion resistance times 3000~4000 [times]

brasion material:Steel wool #0000  Load :1000 [g]

Please contact us here for deposition conditions, measurement conditions, and other detailed information.