Indoor Bundled Fiber Cable

Traditional outdoor loose-tube optical cables and low-grade indoor fiber cables have obvious drawbacks in indoor building wiring scenarios. Loose-tube cables filled with oil gel are difficult to strip and clean, resulting in low construction efficiency and easy residual contamination during fiber splicing. Ordinary indoor fiber cables lack professional tensile reinforcement structure, prone to fiber core displacement and signal attenuation caused by traction and bending during laying. Non-standard bundled cables adopt irregular core arrangement without color coding classification, causing difficult identification and troublesome later maintenance. Common indoor optical fibers also suffer from poor flame retardancy, failing to meet building fire safety standards and bringing hidden dangers to indoor centralized wiring. In high-density cabinet and tray wiring environments, bulky cable structures waste limited pipeline space and restrict network expansion. The Indoor Bundled Fiber Cable thoroughly solves the above industry pain points. Adopting advanced tight-buffer bundled fiber design without oil gel filling, each fiber core is independently protected and color-coded in accordance with TIA-598 standard, supporting quick stripping, accurate core identification and efficient field splicing. High-strength aramid yarn reinforcement layer bears tensile stress during construction and long-term operation, effectively protecting fiber cores from stretching damage and ensuring stable optical performance. The compact integrated bundling structure greatly reduces cable outer diameter, saving pipeline and tray space for high-density wiring. Equipped with flame-retardant and environmentally friendly outer sheath, it passes strict fire resistance tests to meet indoor building safety specifications. With ultra-low transmission attenuation and excellent anti-aging performance, it realizes long-term stable and maintenance-free indoor optical signal transmission.

This industrial indoor bundled fiber cable supports diversified personalized customization for enterprise building backbone wiring, data center internal distribution, weak current cabinet fiber arrangement, FTTH indoor access and intelligent building communication projects. Oil-free gel tight-buffer structure enables tool-free easy stripping and clean splicing, greatly improving on-site construction efficiency. Standard color-coded fiber cores support rapid distinction and fault detection, facilitating daily operation and later maintenance. High-strength aramid yarn reinforcement provides outstanding tensile and bending resistance, adapting to complex indoor turning and traction laying. Compact bundled design achieves high-density integration, optimizing space utilization of cable trays and pipelines. Excellent low-attenuation optical fiber core ensures long-distance stable transmission without signal loss or delay. Optional PVC and LSZH flame-retardant sheath materials meet different indoor fire safety and environmental protection requirements. Fully dielectric non-metallic structure avoids electromagnetic induction interference, ensuring pure and stable optical signal transmission. According to project demands, we can customize fiber core count, single-mode/multi-mode fiber type, sheath material and outer diameter specification to meet refined indoor high-density wiring requirements.