Enabling Deep-Sea Technology! Hengtong Optoelectronics Breaks Through with Super-Fine Diameter Fiber in Multiple Fields, Achieving Outstanding Results
As global data traffic explodes, miniaturization of fiber has become a trend-breaking transmission bottleneck——the smaller the fiber diameter, the greater the transmission capacity per unit pipe. Meanwhile, the global oil and gas exploration, offshore wind power development, and oceanic scientific research industries continue to heat up, with high-precision, high-reliability underwater acoustic detection requirements skyrocketing. The ocean and other fields require fibers that can withstand long-term exposure to deep water pressure and strong corrosion environment while maintaining excellent bending performance and stability in tight spaces to ensure accurate and continuous data transmission.
Hengtong is targeting the urgent demands and technological bottlenecks of the industry, leveraging a specialized fiber development innovation platform covering the entire industrial chain. By breaking through the core technology of super-fine diameter fibers, we have successfully developed BendCom?UMini-165μm series fibers. This ultra-fine diameter fiber not only provides a high-capacity transmission material with excellent bending properties and environmental tolerance for underwater acoustic detection in complex scenarios but also solves the problems of signal attenuation caused by installation stress or environmental disturbance.
Product Highlights:
Ultra-fine diameter, revolutionary breakthrough: 165μm global leading fine-diameter design, reducing the traditional product diameter by over 34%, significantly improving flexibility and space utilization rate, suitable for more complex and compact array integration and deployment.
Super-strong bending, stable and worry-free: core technology realizes a revolutionary breakthrough, allowing the fiber to maintain outstanding optical performance even under harsh conditions with a curvature radius less than 3mm, effectively avoiding signal attenuation caused by installation stress or environmental disturbance.
Application Scenarios:
High-density optical cables: with the same cable outer diameter, fiber core count increases exponentially, achieving a doubling of transmission capacity per pipe, effectively solving the problem of expanding old urban infrastructure.
Ocean oil and gas exploration, etc.: high-density underwater seismic wave collection arrays accurately depict seabed geological structures, improving oil and gas resource exploration efficiency and reserve assessment accuracy. Constructing a sensitive, stealthy underwater network enhances target detection, recognition, and warning capabilities.
Hengtong's 165μm fiber, through special coating and drawing technology innovations, significantly improves bending performance while maintaining mechanical performance equivalent to standard 245μm fibers, both capable of withstanding complex usage environments and ensuring long-term reliability. Customized services are available based on customer needs.
Current products, such as our 200μm ultra-fine diameter fiber, have already been successfully applied in multiple fields and scenarios, with performance validated through practical verification. The new product is ready for mass production, breaking not only the industry's technical bottlenecks but also injecting new vitality into global data transmission and marine exploration technologies.