Engineered for safety, tested for reliability in the world's most demanding environments.
Strategic integration of explosion-proof technology across high-risk industrial ecosystems.
In the global oil, gas, and chemical processing sectors, the classification of hazardous zones (Zone 0, 1, 2) dictates the necessity for uncompromising cable entry systems. Our explosion-proof cable glands are designed to meet "Ex d" (Flameproof) and "Ex e" (Increased Safety) standards, ensuring that any internal explosion is contained and prevented from igniting the surrounding atmosphere. By providing a hermetic seal against gases and dust, we safeguard multi-billion dollar infrastructure assets.
The transition to Hydrogen power and Offshore Wind brings new challenges. Hydrogen's high volatility requires glands with superior molecular sealing. Our 316L stainless steel solutions provide the corrosion resistance needed for salt-spray environments in the North Sea and the South China Sea, while maintaining electrical continuity for EMC shielding in high-frequency power conversion systems found in wind turbines.
Modern shipbuilding and deep-sea mining require IP68/IP69K rated protection that can withstand high-pressure submersion and mechanical impacts. Our cable glands are certified for marine use, offering specialized clamping mechanisms that prevent cable pull-out during the intense vibrations of large diesel engines or the turbulent motions of naval vessels, ensuring uninterruptible signal transmission for critical navigation systems.
Founded in the heart of China's electrical manufacturing hub, Yueqing, Zhejiang Hongxiang Connector Co., Ltd. has spent nearly two decades perfecting the art of industrial connectivity. As a national high-tech enterprise, we operate a 10,000+ square meter intelligent manufacturing facility, producing over 80 million units annually.
Our commitment to E-E-A-T (Experience, Expertise, Authoritativeness, Trustworthiness) is reflected in our robust R&D team—representing 30% of our workforce—and our massive portfolio of nearly 100 patents. We don't just manufacture; we engineer safety. Our products are the first choice for Fortune 500 companies in new energy, rail transit, and heavy industrial automation.
Navigating the complex regulatory landscape of international electrical standards.
For the US and Canadian markets, our UL-certified cable glands meet the NEC (National Electrical Code) requirements for Class I, Div 1 & 2 locations. We ensure NPT thread precision and material thickness that meet rigorous UL 514B and UL 2225 standards.
Compliance with Directive 2014/34/EU is mandatory for Europe. Our glands undergo strict type-examination for Category 2G (Gases) and 2D (Dust), ensuring they are fit for use in the most sensitive petrochemical plants across the EU.
We provide localized support for projects in Southeast Asia and the Middle East, offering Metric, PG, and G threads to match regional equipment specifications. Our logistics network ensures DDP delivery to major industrial hubs like Singapore, Dubai, and Ho Chi Minh City.
Beyond standard products, our OEM/ODM service allows for localized adaptation—such as specialized plating for extreme arctic cold (-60°C) or high-temperature desert environments (+150°C), matching the specific climate data of your project site.
Where precision meets protection in the modern industrial landscape.
Cable glands are critical for NEVs, serving as essential components to manage and protect cables in high-voltage systems, battery packs, and motor controllers. Engineered to withstand vibration and chemical exposure, they maintain insulation integrity to avoid electrical hazards.
Managing power and data cables in industrial robots requires glands adapted to dynamic movements. Our IP68-rated sealing prevents coolant and dust ingress, reducing cable wear and enhancing operational precision in smart factories.
Protecting control and signal cables from salt fog and UV radiation, our 316L stainless steel glands offer explosion-proof performance and EMC shielding, ensuring long-term stability for onshore and offshore wind farms.
Innovating for the next generation of industrial connectivity (Industry 5.0).
We are integrating IoT-based pressure sensors within the gland body to monitor seal integrity in real-time. This "Smart Gland" will alert maintenance teams to potential leaks before they become safety hazards, enabling predictive maintenance in remote oil rigs.
Development of graphene-enhanced polymers for our nylon gland series to provide superior thermal conductivity and UV resistance. This will allow plastic connectors to be used in high-heat environments where traditionally only metal was viable.
A move toward a "One-Gland" system that utilizes interchangeable internal seals to accommodate a wider range of cable diameters, significantly reducing inventory costs for global distributors and simplifying on-site installation for contractors.
Expert insights into explosion-proof cable gland selection and maintenance.
Comprehensive connectivity components for every professional application.
Hongxiang
