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Master Bond adhesives
Ohara S-FPM 5 Optical Glass
Categories: Ceramic; Glass; Optical
Material Notes: S-FPM5 is a glass material with a ?n / ?T closer to zero than conventional FP-based glass materials and is expected to effectively correct refractive index fluctuations (temperature drift) due to temperature changes. In addition, it has a high partial dispersion ratio ?g, F, which is a characteristic of FP-based glass materials and is effective for correcting secondary chromatic aberration. This glass material can be used, not only for in-vehicle camera lenses, but also for other applications such as projector and interchangeable lenses.

Information provided by Ohara Corporation.
Vendors:
Available Properties
  • Specific Gravity
  • Acid Class, SR
  • Hardness, Knoop
  • Modulus of Elasticity
  • Modulus of Rigidity
  • Poissons Ratio
  • Abrasion, Aa
  • CTE, linear
  • CTE, linear
  • Thermal Conductivity
  • Transformation Temperature, Tg, per thermal expansion curve
  • Refractive Index
  • Refractive Index
  • Refractive Index
  • Refractive Index
  • Refractive Index, nt (Hg t line)
  • Refractive Index, ns (Cs s line)
  • Refractive Index, nA' (K A' line)
  • Refractive Index, nr (He r line)
  • Refractive Index, nC (H C line)
  • Refractive Index, nC' (Cd C' line)
  • Refractive Index, nHe-Ne
  • Refractive Index, nD
  • Refractive Index, nd (He D line)
  • Refractive Index, ne (Hg e line)
  • Refractive Index, nf (H F line)
  • Refractive Index, nF' (Cd F' line)
  • Refractive Index, nHe-Cd
  • Refractive Index, ng (Hg g line)
  • Refractive Index, nh (Hg h line)
  • Refractive Index, ni (Hg i line)
  • Abbe Number, ν e
  • Abbe Number, ν d
  • Optical Dispersion, Partial Dispersion, nd-nC
  • Optical Dispersion, Partial Dispersion, nC-nA'
  • Optical Dispersion, Partial Dispersion, nh-ng
  • Optical Dispersion, Partial Dispersion, ne-nC'
  • Optical Dispersion, Partial Dispersion, nF'-ne
  • Optical Dispersion, Partial Dispersion, ng-nF
  • Optical Dispersion, Partial Dispersion, ne-nC
  • Optical Dispersion, Partial Dispersion, nC-nt
  • Optical Dispersion, Partial Dispersion, nC'-nt
  • Optical Dispersion, nF-nC
  • Optical Dispersion, nF'-nC'
  • Optical Dispersion, Partial Dispersion, ni-ng
  • Optical Dispersion, Partial Dispersion, ng-nd
  • Optical Dispersion, Partial Dispersion, ni-nF'
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • Transmission, Visible, Internal Transmission
  • IR Transmittance, Internal Transmission
  • IR Transmittance, Internal Transmission
  • IR Transmittance, Internal Transmission
  • IR Transmittance, Internal Transmission
  • IR Transmittance, Internal Transmission
  • IR Transmittance, Internal Transmission
  • IR Transmittance, Internal Transmission
  • IR Transmittance, Internal Transmission
  • IR Transmittance, Internal Transmission
  • IR Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  • UV Transmittance, Internal Transmission
  
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