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ProductsDescription

ChemOptics Inc. manufactures and provides superior products based
on advanced technologies and innovative processes.

Optical Material


UV Imprinting Resin

ChemOptics UV Imprinting Resins are versatile, multi-functional acrylate-based, photoactive UV curable resins. This resin is well suited for manufacturing UV imprinted optical components such as micro lens arrays, DOE and lenticular lenses with UV imprinting technology.

Singlemode uv Resin
Multimode uv Resin

Product List

  • Exfine CO-RI series
  • Expattern NIP series

Exfine CO-RI series


Features
  • High transparency at visible region
  • Wide range of refractive index
  • Environmental stability
  • Low shrinkage
  • Solventfree
  • Low viscose for UV imprinting
Applications
  • Micro optical elements
  • Micro lens array
  • Surface relief gating pattern
  • DOE and lenticular lens
  • Polymer optical bench
Performance Specifications
Exfine CO150 CO153 CO156 CO157 CO160
Liquide Viscosity(cps @ 25°C) 50 ~ 300 5280(±500)
UV-expisure(under N2) > 2,500 mJ/cm2
(160~200°C/30 min, post baking)
Film Refractive Index @ 1550nm 1.50 1.53 1.56 1.57 1.57
Abbe numer(vd) 48.5 40 34.9 30.0 25.7
Birefringence(nTE - nTM) 0.001 ± 0.0005
LInear shrinkage(solid to solid) < 5%
Glass Transition Temp.(Tg) Not Detectable
Degradation Temp.(1 wt%) 300 ± 20°C

· Refractive index is precisely tunable from 1.50 to 1.60 by request at 1550nm.

Expattern NIP series



Features
  • UV curing type
  • Extremely low viscosity
  • Excellent process ability
  • Excellent dry etching resistance
  • Anti-adhesion to master
Applications
  • Nano imprinting lithography
  • Nano-scale pattern fabrication
Performance Specifications
Expattern NIP-K28 NIP-K40 NIP-SC58 NIP-SC28LV100
~LV600
NIP-SC58LV100
~LV600
Appearance Colorless Clear liquid
UV-exposure > 1,400 mJ/cm2
Viscosity(cps @ 25°C) 8 11 15 < 8 < 8
Film thickness - - - 100 ~ 600nm 100 ~ 600nm
Dispensing Drop wise Drop wise Spin coatiog Spin coatiog Spin coatiog
Adhesion promoter ZAP-1020
Remover None

· NIP-SC28LVXX and NIP-SC58LVXXX are adjustable in 100nm units within the range of 100nm to 600nm