Super-soft flame-retardant invisible rubber-covered wire and construction method thereof

Abstract

The invention discloses a super-soft flame-retardant invisible rubber-covered wire and a construction method thereof. According to the super-soft flame-retardant invisible rubber-covered wire, an outer sheath wraps the outer wall of a cable core, and a reinforcing piece parallel to the cable core is arranged in the outer sheath. The super-soft flame-retardant invisible rubber-covered wire has thecharacteristics of no toxicity, environmental protection and the like, the service life can be prolonged, and the safety performance is improved. Meanwhile, the cable has higher flexibility, the bending performance is superior to that of various fire-resistant cables, and the bending radius is about 7-10 times of the diameter of the cable. The construction method of the super-soft flame-retardantinvisible rubber-covered wire comprises the following steps: S1, stripping an outer sheath of the rubber-covered wire; S2, cleaning wall corner routing; S3, laying and fixing a rubber-covered wire; and S4, arranging a connector at the end part of the rubber-covered wire for connection. Rubber-insulated wire laying is easily realized by adopting the most universal butterfly-shaped leading-in optical cable construction method at present. The anti-bending optical fiber is suitable for being adopted, and the peeled invisible rubber-covered wire has an extremely small bending radius and is not affected by indoor corner wiring.

Description

technical field [0001] The invention relates to the technical field of an indoor invisible optical fiber structure design and a wiring method design, in particular to a super-flexible flame-retardant invisible leather wire and a construction method thereof. Background technique [0002] China's optical communication market has developed to the present, and user demand has replaced product supply, occupying a dominant position. Optical networks have begun to develop from backbone networks and core networks to metropolitan area networks and access networks, and support for multi-services represented by IP services has become a focus of attention. The invisible layable butterfly optical cable is introduced to solve the problem that the customer does not want the wiring to affect the appearance of the indoor wiring. When laying indoors, the invisible optical cable with a diameter of 0.9mm can be embedded in the thin groove such as the ceiling or the wall. The invisible optical ...

AI Technical Summary

Problems solved by technology

[0003] However, in the prior art, the structure design of the invisible leather wire is unreasonable, and it is easy to have insufficient strength, or the defects of the leather wire are poisonous and not environmentally friendly.

Defects that even affect the service life and safety of cables

[0004] It can be seen that the leather wires in the prior art have unreasonable structural design, are prone to insufficient strength, or the leather wires are poisonous and not environmentally friendly.

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