Standard Coatings Performance Graphs
The performance graphs for JML Optical's antireflective coatings are immediately below.
Select Reflective to jump to the reflective coating graphs, Beamsplitter to go to beamsplitter graphs or Hot/Cold for hot and cold mirror coating graphs.
Antireflective Coatings
Single-Layer MgF2 (Suffix: 100)
Broadband Visible
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High-Efficiency Visible Antireflection
(Suffix: 101) Broadband Dielectric Multi-Layer
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High-Efficiency Visible Antireflection
(Suffix: 102) Broadband Dielectric Multi-Layer
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High-Efficiency Ultraviolet Antireflection
(Suffix: 103) Broadband Dielectric Multi-Layer
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High Efficiency Antireflection (Suffix: 104)
Broadband in Visible with AR at 1.064µ
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High Efficiency Broadband Antireflection (Suffix:106)
on High-Index Glass (Index = 1.66 - 1.95)
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High-Efficiency Antireflection
on Fused Silica (Suffix: 107)
Broadband: 350-450nm/
Dielectric Multi-Layer
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High Power High-Efficiency
Antireflection (Suffix: 109)
Broadband: 780-850nm/
Dielectric Multi-Layer
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High-Efficiency Antireflection (Suffix 110) Broadband
780-850nm/Dielectric Multi-Layer
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High-Efficiency Antireflection (Suffix: 111) Broadband Visible at 45º Angle of Incidence/Dielectric Multi-Layer
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High-Efficiency Antireflection (Suffix: 115)
Broadband 1520-1620nm/
Dielectric Multi-Layer
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High-Efficiency Antireflection (Suffix: 116)
Broadband 400-1000nm/
Dielectric Multi-Layer
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High-Efficiency Broadband IR
Antireflection on SI (Suffix: 191)
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High-Efficiency Broadband IR
Antireflection on Ge (Suffix: 192)
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High-Efficiency Broadband IR Antireflection on
Zinc Sulfide (Suffix: 193)
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HeNe Laser V-Coating (Suffix: 200)
632.8nm/Dielectric Multi-Layer
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Laser Diode V-Coating (Suffix: 201) 780nm/
Dielectric Multi-Layer
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YAG Laser V-Coating (Suffix: 202) 1064nm/
Dielectric Multi-Layer
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YAG Laser V-Coating (Suffix: 203)
1064nm for 45º/
Dielectric Multi-Layer
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V-Coating (Suffix: 205) 1053nm/
Dielectric Multi-Layer
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Dual Band V-Coating (Suffix: 206) Normal Angle of Incidence Shown at 530 and 1064nm
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Coating for Laser Wavelengths Capable of
Handling Extremely High power on Fused Silica
(Suffix: 207) Show an 1.06 microns
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Dual Band V-Coating (Suffix: 208)
Designed for an Angle of Incidence
of 45º Shown at 530 and 1064nm
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V-Coating (Suffix: 209) 488nm/Dielectric Multi-Layer
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V-Coating (Suffix: 210) 830nm/Dielectric Multi-Layer
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V-Coating (Suffix: 211) 1210nm/Dielectric Multi-Layer
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V-Coating (Suffix: 212) 1550nm/Dielectric Multi-Layer
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V-Coating (Suffix: 213) 685nm/Dielectric Multi-Layer
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V-Coating (Suffix: 214) 670nm/Dielectric Multi-Layer
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V-coating (Suffix: 215) 532nm/Dielectric Multi-Layer
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V-Coating (Suffix: 216) 850nm/Dielectric Multi-Layer
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High-Efficiency Antireflection (Suffix: 220)
Broadband: 350-540nm/Dielectric Multi-Layer
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V-Coating (Suffix: 221) 810nm/
Dielectric Multi-Layer
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High-Power V-Coating (Suffix: 222) 532nm/
Dielectric Multi-Layer
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High-Efficiency Antireflection (Suffix: 223)
Broadband 480-640nm for 488nm and 632nm
Lasers/Dielectric Multi-Layer
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High Power V-Coating (Suffix: 224)
780nm/Dielectric Multi-Layer
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V-Coating (Suffix: 225) 905nm/Dielectric Multi-Layer
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V-Coating (Suffix: 227) 780nm at 45º Angle of Incidence
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V-Coating (Suffix: 230) 364nm 0-30º Angle of Incidence/
Dielectric Multi-Layer
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V-Coating (Suffix: 231) 410nm 0-30º Angle of Incidence/
Dielectric Multi-Layer
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V-Coating (Suffix: 232) 442nm 0-30º Angle of Incidence/
Dielectric Multi-Layer
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V-Coating (Suffix: 233) 488nm 0-30º Angle of Incidence/
Dielectric Multi-Layer
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V-Coating (Suffix: 234) 532nm 0-30º Angle of Incidence/
Dielectric Multi-Layer
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V-Coating (Suffix: 235) 633nm 0-30º Angle of Incidence/
Dielectric Multi-Layer
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V-Coating (Suffix: 236) 780nm 0-30º Angle of Incidence/
Dielectric Multi-Layer
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V-Coating (Suffix: 237) 810nm 0-30º Angle of Incidence/
Dielectric Multi-Layer
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V-Coating (Suffix: 238)
1064nm 0-30º Angle of Incidence/
Dielectric Multi-Layer
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Aluminum First Surface With Quartz Overcoat (Suffix: 300)
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Enhanced Aluminum (Suffix: 301) Visible
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Ultraviolet Aluminum
(Suffix: 302) Broadband
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Second-Surface Aluminum
(Suffix: 303) Broadband Visible
and Near-Infrared/Metal
and Black Lacquer
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Second-Surface Silver
(Suffix: 304) Broadband Visible
and Near-Infrared /Metal
and Black Lacquer
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Very Durable Projected Gold
(Suffix: 306) Broadband:
Infrared/Metal and Dielectric
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Electro-Deposited Rhodium
(Suffix: 307) Broadband Visible
and Infrared/Metal
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Electro-Deposited Gold
(Suffix: 308) Broadband Visible
and Infrared/Metal
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Enhanced Silver (Suffix: 309)
Broadband Visible and
Infrared/Metal and Dielectric
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Protected Aluminum + MgF²
(Suffix: 310) Reflective for UV
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Enhanced Silver (Suffix: 311) Broadband Visible
and Infrared for 0º to 30º Angle of Incidence/
Metal and Dielectric
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High Reflectivity Dual Band
for 633 and 1064nm
(Suffix: 312) Dielectric Multi-Layer
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Enhanced Aluminum
(Suffix: 313) 410nm Reflective
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Enhanced Aluminum
(Suffix: 315) 190nm
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Hot Mirror Coating at 0º
Angle of Incidence (Suffix: 404)
Broadband Dielectric Multi-Layer
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Hot Mirror Coating at 45º
Angle of Incidence (Suffix: 405)
Broadband Dielectric Multi-Layer
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Cold Mirror Coating at 0º
Angle of Incidence (Suffix: 406)
Broadband Dielectric Multi-Layer
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Cold Mirror Coating at 45º
Angle of Incidence (Suffix: 407)
Broadband Dielectric Multi-Layer
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High Reflectivity HeNe Laser
633nm for 0º Angle of Incidence
(Suffix: 501) Dielectric Multi-Layer
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High Reflectivity (Suffix: 502)
Dual Band for 488 and 532nm
Dielectric Multi-Layer
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High Reflectivity for 780nm
(Suffix: 503) Dielectric Multi-Layer
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High Reflectivity Nd: YAG Laser
Mirror Coating at 45"
Angle of Incidence (Suffix: 505)
1064nm/Dielectric Multi-Layer
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High-Reflective Dielectric
(Suffix: 506) 550-650nm 0º
Angle of Incidence
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50/50, Flat Response,
Neutral Density Beamsplitter
(Filter)/Plate Type (Suffix: 601)
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Broadband 50/50 Cube
Beamsplitter on BK7
All Dielectric (Suffix: 603)
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Broadband 50/50 Plate
Beamsplitter on BK7
All Dielectric (Suffix: 604)
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70%Transmission/30%
Reflectance Plate Type
Beamsplitter (Suffix: 605)
632.8nm
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50/50 Plate Type
Beamsplitter (Suffix: 607)
780nm for 45º Angle of Incidence
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Very Broadband Cube Polarizer
on High Index Glass (Suffix: 715)
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