Release Background: From 2025 to 2026, global offshore‑wind industry is fully shifting toward deep‑water floating platforms, as evidenced by multiple grid‑connected large‑scale floating wind projects across Europe and China’s southeast coastal areas.

The reliability of watertight connectors must be verified through a series of rigorous tests:

ccording to the WeChat official account of Offshore Oil Engineering Co., Ltd. (600583), the first set of shallow-water Multi-channel Quick Connect

Structural design and domestic independent development of industrial large claw-type underwater connectors for oil and gas fields.

Underwater Connectors & Subsea Cable Assemblies are electrical and fiber optic connectors as well as integrated cable assemblies specially designed for underwater environments ranging from shallow seas to deep oceans.

The global subsea connectors market is projected to grow from $1.2 billion in 2023 to $2.1 billion by 2030, driven by a 7.8% CAGR. Offshore energy exploration, particularly in deepwater oil/gas and renewable projects, fuels this expansion. ROV/AUV deploym

Underwater connectors are critical and complex components of deep-sea engineering equipment. Also referred to as subsea connectors and marine connectors,

Reliable subsea connection solutions tailored for extreme environments. From ROV/AUV integration to custom deep-sea cable assemblies, we solve complex underwater connectivity challenges with engineering excellence. Partner with the experts.

underwater electrical connectors, marine interconnection systems, ROV, AUV, subsea vehicles and deep‑sea exploration equipment.

RMG / RMK Series are heavy‑duty, metal shell, circular underwater connectors designed for diving equipment, ROV, subsea lights, cameras, and submersible instruments.

The 13 PIN Ethernet Series is a high-performance underwater connector designed specifically for Gigabit Ethernet (1000Mbps) and power + signal hybrid transmission in subsea applications.