Attend a 4 Day - Fiber Optics 1-2-3 Light Brigade Training Course held at Fiber Optic Center in New Bedford, MA. Upcoming class dates December 16-19, 2025. View More Details.

EPO-TEK® HYB-353ND-HV High Temperature Epoxy, Hybrid Heat & UV Cure - Pre-Mixed and Frozen (3cc Syringe)

ETHYB-353ND-HV-3CC

EPO-TEK® HYB-353ND-HV High Temperature Epoxy, High Viscosity, Hybrid UV & Heat Cure, Single component, Premixed and Frozen in a 3cc syringe
The EPO-TEK® HYB-353ND-HV High Viscosity Epoxy is a single-component, high-temperature epoxy for semiconductor, hybrid, and fiber optic applications. It is formulated to deliver similar cured performance to EPO-TEK® 353ND, with modifications that allow for initial UV tacking. This product is a higher viscosity version of EPO-TEK HYB-353ND. Recommended Cure: Initial Tack 100mW/cm2 for 10 seconds @ 240-365 nm + 150°C (302°F)/30 Minutes Thermal Cure. Available in a 3cc syringe.

Features:

  • Supports active alignment of lenses, diodes, and optical components
  • UV tacking for precise positioning
  • High viscosity Newtonian
  • Pot life: 2 Hours

Applications:

  • Fiber Optics: Fiber bonding and component alignment
  • Optoelectronics: Optical components sub-assemblies; lens, diode, and component bonding
  • Piezoelectric bonding
  • LiDAR and IR Sensors

Physical Properties:

  • Consistency: Pourable liquid
  • Viscosity (23°C) @ 10 rpm: 9,000-20,000 cPs
  • Glass Transition Temperature, Tg: ≥ 100°C (degree Celsius); ≥ 212°F (degree Fahrenheit)
  • Shore D Hardness: 80
  • Coefficient of Thermal Expansion (CTE):
    • Below Tg: 48 x 10-6 in/in°C
    • Above Tg: 143 x 10-6 in/in°C
  • Suggested Operating Temperature: < 300 °C (Intermittent); < 572°F

Optical Properties @ 23°C (73.4°F):

  • Spectral Transmission:
    • ≥ 50% @ 550 nm
    • ≥ 95% @ 1,100-1,600 nm
    • ≥ 98% @ 800-1,000 nm
  • Refractive Index: 1.5545 @ 589 nm (uncured)
See Datasheet for additional properties and application notes

Fiber Optic Center

4.9 70 Google reviews

Represents overall Google Reviews of Fiber Optic Center, Inc.