Brief: Join us for a close-up look at this solution and see it in action. This video provides a detailed walkthrough of the Waterproof Halogen-Free Flame Retardant Floating Cable, showcasing its advanced foam core extrusion technology for precise buoyancy control in swimming pool and ROV applications. You'll see demonstrations of its flexibility, chemical resistance, and durability in demanding marine environments.
Related Product Features:
Engineered with foam core extrusion technology for precise buoyancy control in aquatic applications.
Constructed with halogen-free, flame-retardant materials ensuring safety and environmental compliance.
Offers excellent flexibility and mobility with a bending life exceeding 6 million cycles.
UV-stable and abrasion-resistant, designed for long-term use in harsh marine conditions.
Provides chemical resistance to acids, salt water, oil, and gasoline for reliable performance.
Features a specific gravity designed to float on the water surface for easy deployment.
Available in multiple core options and sheath colors to suit various ROV and underwater systems.
Suitable for power and signal transmission in swimming pools, ROVs, and seismic operations.
FAQs:
What is the minimum order quantity for this floating cable?
The minimum order quantity is normally 500 meters. Due to cable weight, we recommend ordering suitable quantities to optimize freight costs, with sea transportation being the optimal option.
Can I get a sample to test the quality of the cable?
Yes, samples are provided free of charge. New clients are expected to pay for courier costs to receive the sample for quality testing.
Does your company offer OEM production for these cables?
Yes, we offer OEM services, including printing your company name and custom quality cards to help promote your brand with tailored cable solutions.
What applications is this floating cable designed for?
This cable is ideal for swimming pools, ROVs, underwater camera systems, and marine applications, providing power and control in demanding aquatic environments.