Price of non-metallic fire-retardant optical cables

Non-metallic fire-resistant optical cables typically range from $2 to $10 per meter, depending on fiber count, type, and fire-resistance rating. OverviewNon-metallic fire-resistant optical cables, such as the Draka FireTuf OFC-LT-NM and ZTT non-metallic armored fiber optic cables, are designed to maintain signal integrity during fire events while minimizing smoke and toxic gas emissions. They are commonly used in life safety systems, including fire alarms, emergency lighting, and communication networks, as well as in high-risk environments like tunnels, metro systems, and public buildings.

Factors Affecting Price

Fiber Count and Type: Cables are available in singlemode (OS2) and multimode (OM1, OM3, OM4), with fiber counts ranging from 4 to 144 cores. Higher fiber counts and singlemode variants generally cost more.

Fire-

Resistance Standards: Compliance with standards such as IEC 60331-25 or BS 6387 ensures circuit integrity during fire, which increases manufacturing complexity and cost. Sheathing Material: LSZH (Low Smoke Zero Halogen) sheaths reduce smoke and toxic gas emissions, adding to the price. Some cables include glass yarn reinforcement for additional fire protection.

Mechanical Protection: Non-metallic armored cables may include TPE or other durable outer jackets for abrasion, oil, and water resistance, which also affects cost.

Typical Price Range

Low fiber count (4–24 fibers): Approximately $2–$4 per meterMedium fiber count (24–72 fibers): Approximately $4–$7 per meterHigh fiber count (72–144 fibers): Approximately $7–$10 per meter Prices vary by supplier, region, and bulk order quantities. For precise pricing, contacting distributors such as FSCables, Webro, or LAPP Camuna Cavi is recommended. SummaryNon-metallic fire-resistant optical cables are a critical investment for safety and communication reliability.

While the price depends on fiber count, type, and fire-resistance features, the typical range is $2–$10 per meter. Selecting the right cable involves balancing cost, fire safety compliance, and long-term reliability.