HOLOGRAPHIC PHOTOSENSITIVE MATERIALS

Mono Chromatic and Pan Chromatic Holographic Plates of

  • Silver Halide
  • Di-Chromated Gelatin
  • Photopolymers

Silver Halide Holographic Recording Plate Specifications

Specifications Range
Substrate thickness2 mm
Emulsion Layer Thickness5-7 microns
Grain Size5-10 nm
Sensitivity~100 Micro–Joules Calculate your own
Maximum Spectral SensitizationPeak @ 633 nm
Diffraction Efficiency≥ 60 %
Resolving Power5000-10000 L / mm
Swollen Emulsion Layer Strength after Chemical Processing> 50 H gm force
Deformation Temperature of Emulsion Layer in Water> 30 °C
Storage Period12 Months
Storage Temperature3 to 5 °C
Dimension of holographic glass plate5 x 4 Inches and
2.5 x 2 Inches

Ignetta’s IGSH-01 is an Ultra Fine Grain Red-sensitive Holographic photo plates designed for holograms recording with CW laser Guaranteed lifetime: 12 months Observed lifetime: 18 months. This Silver Halide photo material is used to record various types of Holographic Optical Elements.

Di-Chromated Gelatin Holographic Recording Plate Specifications

Specifications Range
Substrate thickness2 mm
Emulsion Layer Thickness35-40 microns
Recording Dosage~30 milli Joules
Calculate your own
Maximum Spectral SensitizationPeak @ 532 nm
Diffraction Efficiency≥ 90 %
Deformation Temperature of Emulsion Layer in Water> 30 °C
Storage Period12 Months
Storage Temperature3 to 5 °C
Dimension of holographic glass plate5 x 4 Inches and
2.5 x 2 Inches

Photopolymer Holographic Recording Plate Specifications

Specifications Range
Substrate thickness2 mm
Emulsion Layer Thickness35-40 microns
Recording Dosage~30 milli Joules
Calculate your own
Maximum Spectral SensitizationPeak @ 532 nm
Diffraction Efficiency≥ 90 %
Deformation Temperature of Emulsion Layer in Water> 30 °C
Storage Period12 Months
Storage Temperature3 to 5 °C
Dimension of holographic glass plate5 x 4 Inches and
2.5 x 2 Inches

Ignetta’s IGPP-01 is a light-sensitive, self-developing photopolymer film which can be used to record phase holograms in the form of volume reflection and volume transmission holograms.