DeSolite®
The DeSolite® product portfolio offers mechanical and environmental protection allowing optical fiber to withstand the rigors of deployment in the field while minimizing signal interruption and distortion.
Optical fiber coatings are a critical component of today’s high-speed fiber networks – ensuring 20 to 30-year high performance and longevity.
Our DeSolite® primary and secondary coatings ensure the best economy of high-speed production and superior fiber attenuation performance. In addition to excellent microbending performance,
DeSolite® optical fiber coatings deliver high reliability in extreme temperatures, advanced mechanical properties and faster fiber draw speed with less Helium and energy consumption.
Featured Products
DeSolite® DP-1032
DeSolite® DP-1032 is a next generation supercoating developed for both Wet-on-Wet and Wet-on-Dry processes that provide superior microbending performance and robust field application
Product Benefits• Enables high draw speeds
• Exceptional microbend performance
• High Nd for 2 pt. bending and tensile methods
• Excellent cavitation resistance
• Optimized adhesion for ribbon, loose-tube and aging performance
DeSolite® DP-1078
DeSolite® DP-1078 is an improved high efficiency DeSolite® optical fiber primary coating developed for fast curing speeds and robust processing, including UV LED.
• Enables high speed fiber draw at robust processing parameters.
• Low volatility for long preform drawing
• Excellent and consistent Nd and tensile strength
• Suitable for wet-on-wet or wet-on-dry processes
• Supports robust field performance under severe environmental conditions
• Compatible with LED curing technology
DeSolite® DP-1800
DeSolite® DP-1800 is a primary coating for low loss applications.
Product Benefits• Fast processing
• Low attenuation
• Excellent microbending performance
DeSolite® DP-1810
DeSolite® DP-1810 is a primary coating designed for high transmission capacity single-mode and multimode optical fiber applications including long haul submarine G.654.B & G.654.D, Terrestrial G.654.E & OM1-5, and offers < 200 micron OD optical fiber for high-density cables
Product Benefits• Fast curing to support ever-increasing draw speeds of optical fiber
• Excellent microbending resistance
• Suitable for both Wet-on-Wet and Wet-on-Dry processes
• LED or microwave curable
DeSolite® DS-2042
DeSolite® DS-2042 is a next generation supercoating developed for both Wet-on-Wet and Wet-on-Dry processes that provide superior microbending performance and robust field application.
DeSolite® DS-2046
DeSolite® DS-2046 is a high efficiency DeSolite® optical fiber secondary coating designed to cure with LED lamps to reduce energy consumption.
Product Benefits• UV-LED curable, verified by advanced lamp system
• Enables high draw speeds
• Exceptional microbending performance
• High Nd for 2 pt. bending and tensile methods
• Excellent cavitation resistance • Optimized adhesion for ribbon, loose-tube and aging performance
• Liquid volatility reduced by about 50 % vs. DS-2045
DeSolite® DS-2500
Product Benefits
• UV-LED curable
• Enables high draw speeds
• Exceptional micro-bending performance
• Suitable for wet-on-wet or wet-on-dry processes
• Compatible with all DeSolite® primary coatings and Cablelite® inks
• Excellent and consistent Nd and tensile strength performance
• Robust field performance under severe environmental conditions
DeSolite® DS- 2900
DeSolite® DS-2900 is a secondary coating designed for use in conjunction with DeSolite® DP-1900 or DeSolite® DP-1810 for high-end telecom fiber optic cable coatings systems including G.654.E applications.
Product Benefits• Fast cure rate that supports ever increasing draw speeds
• Excellent low temperature microbending performance
• Low attenuation
• Suitable for wet-on-wet or wet-on-dry processes
• LED or microwave curable
• Robust field performance under severe environmental conditions
Key Benefits
- Microbending Superior microbending performance
- Draw speed Enables ultra-high draw speed
- Processing Flexibility Suitable for wet-on-wet or wet-on-dry processes
- Energy Saving Microwave and UV LED curing compatible
- Resource Conservation Low helium consumption
