Coatings - New High-reflection Coatings

We offer narrowband and broadband dielectric high reflecting coatings as well as a range of metal coatings. Laser Line HR Coatings are offered for all major laser wavelengths in the range of 193 to 2100nm. Most of these are listed in the following table but please call if you need a laser line coating not listed. Broadband HR Coatings are offered for a selection of bandwidths. They provide a very high degree of spectrally neutral reflection and represent the ultimate in optical mirror coatings. Most of the coatings listed are for use at 45 degrees angle of incidence, but we do offer a selection of Broadband, Normal Incidence HR Coatings. Other normal incidence coatings can be provided on special request.

Metal coatings, such as Protected Aluminum, Protected Silver or Protected Gold provide a moderate level of reflectance over a very broad spectral range. These coatings are protected by a thin layer of dielectric material in order to make them durable. It is also possible to enhance the performance of metal coatings by adding several dielectric layers over the metal coating.

Specifications & Tolerances

Narrowband Laser HR:

(<300nm)

Rav>99% for 45° incidence at designated wavelength

Narrowband Laser HR:

(>300nm)

Rav>99.5% for 45° incidence at designated wavelength

Broadband HR:

(45° AOI) 

Rav>99.5% for 45° incidence over designated bandwidth

Broadband HR:

(0° AOI) 

Rav>99.0% for 0° incidence over designated bandwidth

Protected Aluminum:

Rav >88.0% from 400 to 2000nm

Enhanced Aluminum:

 

Rav >94.0% from 400 to 700nm

Protected Silver:

 

Rav >96% from 400 to 2000nm

Enhanced Silver:

 

Rav>97.5% from 400 to 700nm

Protected Gold:

 

Rav >96% from 650nm to >20µm

Durability and Laser damage threshold depend on the substrate so please see the product sections of this catalog for these specifications.

The curves show typical average reflectivity for a selection of our standard coatings.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

High-reflection Coatings

Type

Wavelength Range (nm)

Reflectivity per Surface (%)

Price per Surface

Minimum Charge

Allow for Coating

COATING SUFFIX

Laser Line HR

193

>97.0

 

 

2 weeks

R03

Laser Line HR

248

>99.0

 

 

2 weeks

R04

Laser Line HR

266

>99.0

 

 

2 weeks

R05

Laser Line HR

281/308

>99.0

 

 

2 weeks

R06

Laser Line HR

325/337

>99.5

 

 

2 weeks

R08

-

-

-

 

 

-

-

Laser Line HR

345

>99.5

 

 

2 weeks

R12

Laser Line HR

352/355

>99.5

 

 

2 weeks

R13

Laser Line HR

428-476

>99.5

 

 

2 weeks

R20

Laser Line HR

488-514

>99.5

 

 

2 weeks

R22

Laser Line HR

521-543

>99.5

 

 

2 weeks

R26

-

-

-

 

 

-

-

Laser Line HR

594

>99.5

 

 

2 weeks

R30

Laser Line HR

633-635

>99.5

 

 

2 weeks

R33

Laser Line HR

670-694

>99.5

 

 

2 weeks

R36

Laser Line HR

780-905

>99.5

 

 

2 weeks

R42

Laser Line HR

980-1012

>99.5

 

 

2 weeks

R45

-

-

-

 

 

-

-

Laser Line HR

1064/1047-1064

>99.5

 

 

2 weeks

R46

Laser Line HR

1550

>99.5

 

 

2 weeks

R48

Laser Line HR

2060-2100

>99.5

 

 

2 weeks

R50

-

-

-

 

 

-

-

Broadband HR (45°)

400-700

>99.5av

 

 

2 weeks

R55

Broadband HR (45°)

420-540

>99.5av

 

 

2 weeks

R56

Broadband HR (45°)

540-650

>99.5av

 

 

2 weeks

R57

Broadband HR (45°)

600-900

>99.5av

 

 

2 weeks

R58

Broadband HR (45°)

700-1000

>99.5av

 

 

2 weeks

R62

Broadband HR (45°)

800-1200

>99.5av

 

 

2 weeks

R66

-

-

-

 

 

-

-

Broadband HR (0°)

400-1100

>98.5av

 

 

2 weeks

R68

Broadband HR (0°)

700-1100

>99.0av

 

 

2 weeks

R69

Multiband AR (45°)

1300 & 1550

>99.5av

 

 

2 weeks

R74

-

-

-

 

 

-

-

Enhanced Silver

400-2000

>97.5av

 

 

2 weeks

R77

Protected Silver

400-2000

>96.0av

 

 

2 weeks

R78

Protected Gold

650-IR

>96.0av

 

 

2 weeks

R79

UV Enhanced Aluminum

250-400

>85.0av

 

 

2 weeks

R87

Enhanced Aluminum

400-700

>94.0av

 

 

2 weeks

R88

Protected Aluminum

400-2000

>88.0av

 

 

2 weeks

R89


Merci de contacter Infos Photon Lines pour tout renseignement complémentaire.