MGTSV 24 Core Mining Fiber Optic Cable With Flame Retardant Jacket
The MGTSV 24 Core Mining Fiber Optic Cable is a highly specialized, flame-retardant communication cable engineered specifically for the hazardous and demanding environments of underground mining operations. Utilizing a robust stranded loose tube structure, this cable securely protects 24 single-mode fiber cores around a central strength member, ensuring stable signal transmission even under continuous mechanical vibration.
Built to comply with strict mine safety standards, the MGTSV cable features a heavy-duty double jacket structure with a highly visible, distinctive blue outer sheath for effortless identification in dark underground tunnels. To meet diverse regulatory frameworks, the outer flame-retardant PVC or LSZH jacket can be tailored to customized flame-retardant ratings (such as specialized mine-safety certifications), providing critical anti-combustion protection where safety is paramount.
- Underground Coal & Metal Mine Shafts: Installed along vertical shafts and horizontal drift tunnels for main communication networks, dispatch systems, and environmental monitoring links.
- Hazardous Industrial Tunnels: Ideal for subway networks, railway tunnels, and enclosed utility conduits where high flame retardancy and structural visibility are mandatory.
- Real-Time Mine Monitoring Systems: Connecting underground video surveillance cameras, gas sensors, ventilation automation controls, and drainage telemetry to the surface command center.
- High-Risk Industrial Plant Backbones: Suitable for petrochemical facilities, refineries, and chemical storage areas requiring specialized flame-retardant communication backbones.
| Cable Feature | Technical Specification Details |
|---|---|
| Cable Model | MGTSV Mining Fiber Optic Cable |
| Fiber Count | 24 Cores |
| Cable Structure | Stranded Loose Tube / Double Jacket Armor |
| Outer Jacket Color | High-Visibility Safety Blue |
| Flame Retardancy | Customizable Ratings (PVC / LSZH / Mine-Grade Flame Retardant) |
| Fiber Specifications | Singlemode G.652.D (Low Attenuation) |
| Central Strength Member | Phosphated Steel Wire (High Tensile Strength) |
| Inner Jacket Material | Polyethylene (PE) |
| Moisture Barrier / Armor | Corrugated Steel Tape Armoring (Anti-Crush / Anti-Rodent) |
| Outer Jacket Material | Flame-Retardant blue PVC or specialized compound |
| Max Tensile Strength | Short term: 1500 N | Long term: 600 N |
| Crush Resistance | Short term: 3000 N/100mm | Long term: 1000 N/100mm |
| Operating Temperature | -40°C to +70°C |
- Custom Flame Retardant Protection: The outer blue sheath is formulated with advanced fire-retardant additives that prevent the spread of flames along the cable runway during emergencies, with ratings customizable to your local mining authority requirements.
- High-Visibility Blue Sheath: The bright blue jacket distinguishes the fiber optic communication line from high-voltage power cables in dim underground environments, preventing accidental cutting during maintenance.
- Corrugated Steel Tape Armoring: Embedded between the double jackets, the steel tape layer offers excellent crush resistance, impact protection against falling rocks, and a reliable physical barrier against rodents.
- Stranded Loose Tube Core: Protects the 24 single-mode cores from longitudinal tension and moisture ingress, guaranteeing long-term operational lifespan in humid underground conditions.
With 13 years of specialized production experience, Shandong Yibo Optronics Technology Co., Ltd. delivers high-end, utility-grade industrial cables built to withstand extreme environmental stress.
- Tailored Material Customization: Our manufacturing plant features specialized extrusion lines capable of altering compound formulations to match exact fire safety, low-smoke, or zero-halogen specifications required by overseas mining projects.
- Rigid Quality Assurance: Every drum of MGTSV mining cable undergoes strict testing in our independent quality control center, verifying flame propagation resistance, tensile pulling limits, and water-blocking capabilities before final packaging.