ARAGLASS™



NEPTCO now offers ARAGLASS as a substitute for ARALINE, which has been discontinued.
ARAGLASS is a flexible composite of e-glass yarn which is saturated with a proprietary polymer, and used as a replacement for aramid yarns to provide tensile strength in cables. ARAGLASS is useful in premise and other types of optical fiber and copper cables. Relative to aramid yarns, ARAGLASS offers considerable cost savings without compromising performance and with a significant reduction in smoke and flame characteristics. ARAGLASS provides the strength, flexibility, thermal resistance, and flame retardant non-conductivity of glass in a practical composite which is easily handled by operators and cable installers.

The following photgraphs show the results of a modified Arapahoe smoke test. This test was performed to give a comparative reading on the smoke generation of ARAGLASS compared to an aramid yarn. Individual testing within a cable design will be needed to show the true reduction in smoke generation using ARAGLASS as a replacement for aramid yarns. The photographs show the comparison of smoke generated by each material when subjected to flame, with the resulting smoke and air drawn through filter paper.
Modified Arapahoe Test Results


Aramid fiber photograph showing the filtration and capture of smoke generated during the burning of aramid fiber.NEPTCO ARAGLASS photograph generated using the same parameters as the photograph on the left, showing almost no smoke generation.

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ADSS,Aerial applications,All dielectric,aramid fibers,Aramid Reinforced Plastic,ARP, central strength member,Coefficient of thermal expansion,Composite strength elements,cross-ply sheathing,CTE,EAA coatings,E-glass yarn,epoxy resin,fiber optic cable components,Fiber optic cable protection,fiber optic cables,fiberglass rod,flexible roving,Flexural Modulus,High elastic modulus,high modulus, high temperature environments,hydrolytic stability,hydrogel,lightly cross linked polyacrylates,Low constructional stretch,Modulus of elasticity,Negative coefficient of thermal expansion,non-metallic,non-metallic strength element,OPGW,Peripheral strength member,Premise distribution,Reinforcing,Signal integrity,Strength members,super-absorbent cable components,super-absorbent matrix, super-absorbent polymer,Tensile strength,thermoplastic cross-linked polymer,
Thermoplastic matrix,thermoplastic polymer coating,Thermosetting,Vinylester,
viscoelastic gel,Water blocking coating,Water Swellable Components,SAP