HRI
Enhanced Performance Fiber Optic Unit (EPFU) air-blown ultra-thin fiber optic cable
Air-blown micro cables use air-blown laying methods to connect optical branch points and user access points. The optical cable has good mechanical and temperature properties, high tensile strength guaranteed by fiberglass, good flexibility, easy construction, and low cost.
HRI
Conventional central tube air-blown micro cable (2-24 cores)
Air-blown micro cables use air-blown laying methods to connect optical branch points and user access points. The optical cable has good mechanical and temperature properties, high tensile strength guaranteed by fiberglass, good flexibility, easy construction, and low cost.
HRI
Layer-stranded PE sheathed air-blown micro cable (24-288 cores)
Air-blown micro cables use air-blown laying methods to connect optical branch points and user access points. The optical cable has good mechanical and temperature properties, high tensile strength guaranteed by fiberglass, good flexibility, easy construction, and low cost.
HRI
Layer-twisted nylon sheathed air-blown micro cable (24-288 cores)
Air-blown micro cables use air-blown laying methods to connect optical branch points and user access points. The optical cable has good mechanical and temperature properties, high tensile strength guaranteed by fiberglass, good flexibility, easy construction, and low cost.
HRI
Mini 2-24 Cores Air-blowing Micro Optical Fiber Cable
Air-blown micro cables use air-blown laying methods to connect optical branch points and user access points. The optical cable has good mechanical and temperature properties, high tensile strength guaranteed by fiberglass, good flexibility, easy construction, and low cost.
