Product Overview

LINDEN-SPE-7098-16 High-Strength Buoyant 750 is a ruggedized buoyant fiber optic cable designed for underwater, marine, tactical, and harsh-environment applications where the cable must remain lightweight, strong, and easy to handle in water.

This cable is suitable for applications where a 750-rated strength level is required, offering a balance between tensile performance, buoyancy, flexibility, and long-term reliability.

The buoyant outer construction helps reduce cable drag and makes deployment, retrieval, and handling easier in underwater or surface-water operations.

Key Features

• High-strength buoyant fiber optic cable construction
• Designed for underwater and marine deployment
• Lightweight and flexible for easier handling
• Buoyant outer layer helps the cable float or maintain controlled buoyancy
• Suitable for temporary or repeated deployment
• Strong tensile performance for demanding environments
• Rugged outer jacket for abrasion and environmental protection
• Compatible with singlemode or multimode fiber configurations
• Designed for reliable optical signal transmission in harsh conditions

Typical Applications

The LINDEN-SPE-7098-16 High-Strength Buoyant 750 cable is ideal for:

• Underwater communication systems
• Marine research equipment
• Remotely operated vehicle support systems
• Diver communication links
• Towed or floating sensor systems
• Temporary underwater fiber optic links
• Tactical and deployable fiber optic networks
• Offshore and nearshore testing environments
• Oceanographic and environmental monitoring systems

Product Description

The LINDEN-SPE-7098-16 High-Strength Buoyant 750 cable is engineered for applications that require a dependable fiber optic connection in wet, submerged, or marine working conditions. Its buoyant design reduces the risk of cable sinking, snagging, or becoming difficult to recover during deployment.

The cable combines optical performance with mechanical durability, making it suitable for operations where conventional fiber optic cables may be too fragile, heavy, or difficult to manage. The high-strength construction provides improved resistance to pulling forces, while the buoyant jacket helps support easier handling in water.

This product is especially useful for systems that require repeatable deployment and retrieval, such as temporary underwater links, marine testing systems, survey equipment, and deployable communication networks.