UV Curable Fiber Optical Coatings

UV Cure Optical Adhesives (Dymax)

Search Search in Product Viscosity (cps) Refractive Index (cured) Comment 75 µm films cured in nitrogen at 1.0 J·cm-2 using one D lamp. Temp range is -20°C-130°C continuously and -40°C-200°C brief periods. Exception noted on DF0009.
Product	Viscosity (cps)	Refractive Index (cured)	Comment 75 µm films cured in nitrogen at 1.0 J·cm-2 using one D lamp. Temp range is -20°C-130°C continuously and -40°C-200°C brief periods. Exception noted on DF0009.
Matrix Materials 950-706 (Cablelite)	4,850	-	Standard Matrix coating, extremely fast curing, low temp performance, for optical fiber ribboning.
Matrix Materials 3287-9-75 (Cablelite)	9,300	-	Standard Matrix coating, hard, fast cure, high elongation, used to bond multiple fibers in a ribbon structure, and for blown fiber applications.
Matrix Materials 3287-9-41 (Cablelite)	9,900	-	Up Jacketing Matrix coating, soft, high elongation, up jacketing fibers to outside diameters of 400-900 microns, good low temperature performance.
Matrix Materials DU1002 (Bufferlite)	3,000	-	Tight Buffer Matrix coating, Inner Layer, soft, flexible, buffer fiber up to 500 microns, easy strippability.
Matrix Materials DU2008 (Bufferlite)	1,200	-	Tight Buffer Matrix coating, medium modulus, tight buffering fiber for 400-900 microns.
Primary Coatings DP1032 (DeSolite Supercoatings)	4465	1.496	Primary coating, Next Generation, soft, enables high draw speeds, superior microbending performance/low microbending, robust field application, wet-on-wet and wet-on dry.
Primary Coatings DP1021 DeSolite)	6,000	1.487	Primary coating, for single- and multi-mode applications, low temperature performance, low micro-dash bending attenuation, wet-on-dry.
Primary Coatings DP1800 (DeSolite)	5,800	1.485	Primary coating, UV-LED curable, for low-loss applications, fast processing, low fiber optic attenuation, excellent micro-bending performance.
Primary Coatings DP1900 (DeSolite)	7,000	1.482	Primary coating, UV-LED curable, for low-loss applications, fast processing, low fiber optic attenuation, excellent low temp micro-bending performance, wet-on-wet and wet-on-dry, robust field performance harsh environment.
Recoating/Fiber Splicing Coating 950-200 (DeSolite)	2,500	1.55	Recoating & Fiber Splicing coating, high refractive index, original acrylate coating, low viscosity for splicing applications, will not stick to recoater molds.
Recoating/Fiber Splicing Coating DF0016 (DeSolite)	4,200	1.37	Recoating, low refractive index, high clarity/low haze, softer than 950-200, low modulus, protect with secondary coating DS-2015.
Secondary Coatings DS2015 (DeSolite)	5,900	1.537	Secondary coating, NEW industry standard, compatible with all DeSolite primary coatings and Cablelite inks, wet-on-wet and wet-on-dry.
Secondary Coatings DS2042 (DeSolite Supercoatings)	6002	1.534	Secondary coating, Next Generation, industry standard (use with DP1032), wet-on wet and wet-on-dry, enables high draw speeds, superior microbending performance/low microbending, robust field application.
Secondary Coatings DS2900 (DeSolite Supercoatings)	5,800	1.513	Secondary coating, UV-LED curable, for high-end telecom including G.654.E applications, works well with DP1900, fast processing, low fiber optic attenuation, excellent low temp micro-bending performance, wet-on-wet and wet-on-dry, robust field performance harsh environment.
Secondary Coatings 3471-2-136 (DeSolite)	4,750	1.519 (liquid)	Secondary coating, Traditional industry standard, compatible with multiple DeSolite primaries, wet-on-wet and wet-on-dry.
Single Layer Coatings 3471-3-14 (DeSolite)	10,000	1.54	Single layer fiber coating, high modulus, low moisture sensitivity, high adhesion.
Single Layer Coatings DF0009 (DeSolite)	6,700	1.54	Single layer fiber coating, original acrylate coating, for high temp applications, Temp range -20°C-150°C/ up to 200°C brief periods.

NOTE: Most Covestro coatings are formulated for use with microwave lamps. Typically, a “D” and/or “H” bulb is used so the peak irradiance is at 365nm, but the overall wavelengths are from microwaves lamps, so they are broad. The intensity at the focal point is not something that can be easily measured. The cure will partially be determined by the time as well as the intensity.