Reliable, corrosion-resistant fiber solutions for the toughest operational conditions.
OptoSpan’s industrial fiber optic networks support data telemetry, sensing, and control across remote wells, rigs, and pipeline networks. Built for endurance, each component resists mechanical stress, oil contact, and moisture intrusion during continuous operation.
These cables maintain stable performance under high pressure and temperature, serving as the foundation for fiber-based sensing systems like DAS and DTS used in monitoring wells and field diagnostics.
The SteelFlex armored fiber series combines a stainless-steel outer jacket with Kevlar reinforcement, delivering unmatched durability and data integrity across hazardous oil and gas sites.
SteelFlex armor prevents damage from mechanical load, sharp debris, or rodent activity, making it ideal for onshore and offshore installations.
Designed for flexible routing through drilling rigs, conduits, and confined pathways while maintaining superior structural integrity, optical precision, and consistent signal quality throughout operations.
Meets international standards for industrial installations, offering safety-certified, oil-resistant fiber solutions built for harsh environments and long-term operational reliability.
Engineered for extreme field conditions, OptoSpan’s IP68-rated cabling products deliver uninterrupted communication across offshore platforms, drilling sites, and pipeline networks.
This IP68-rated harsh environment cable is based on OptoSpan’s SteelFlex Armored design, has a robust OptoLock mechanism for outdoor use with or without conduit, and is rodent-proof.
This incredibly durable waterproof cable has two additional steel wires for the tensile strength necessary for extended lengths of outdoor use, in addition to IP68 and UV ratings.
This waterproof cable, based on OptoSpan’s SteelPatch Armored design with IP68 and UV ratings is flexible, and lightweight.
This IP68 rated waterproof cable for outdoor use is made of Thermoplastic Polyurethane (TPU) for high tear strength, chemical & oil resistance, and superior abrasion resistance.
Each IP68 assembly prevents dust, moisture, and chemical ingress, maintaining signal stability in submerged, high-humidity, and oil-exposed installations across exploration zones.
Rugged bayonet-lock designs ensure vibration-proof connectivity during drilling, marine operations, and mobile field setups, minimizing accidental disconnects and transmission loss.
Durable TPU and LSZH coatings resist UV rays, heat, and oil exposure while preserving signal clarity and mechanical integrity in industrial-grade applications.
IP68-rated armored cables support long fiber runs in rugged terrain and remote monitoring networks, ensuring dependable connectivity under pressure and mechanical stress.
Durable network components designed for continuous uptime in harsh industrial zones.
Every industrial fiber optic network is rigorously tested for crush resistance, bend durability, and environmental stability to ensure lasting operational performance.
Withstands intense drilling vibrations and surface equipment motion, maintaining precise signal transmission and stability across extended distances in demanding field conditions.
Delivers consistent low attenuation and high data throughput performance, even when exposed to variable pressure, temperature changes, and fluid contact in harsh environments.
Built to meet international oil and gas operational standards.
Engineered for deployment in ATEX-classified or heavy industrial zones, utilizing durable, non-sparking materials to ensure safety and operational reliability under hazardous conditions.
Supports OS2, OM1 through OM4 fiber types with customizable lengths, connectors, and rugged jacketing optimized for pipeline, rig, and remote infrastructure installations.
Integrates effortlessly into diverse multi-vendor control systems and existing fiber network infrastructures, requiring no modifications or compatibility adjustments during deployment or operation.
Partner with OptoSpan to build industrial-grade fiber optic systems engineered for endurance, precision, and long-term reliability in oil and gas environments.
