Explore our heavy-duty, internationally certified metal and nylon glands engineered for extreme mechanical stability and seamless electrical continuity.
Armoured cables serve as the primary protective method for power and data transmission in infrastructure projects, harsh manufacturing zones, and high-impact industrial settings. However, an armoured cable is only as secure as its termination points. The installation of a 16mm armoured cable gland represents a critical interface point where mechanical retention, environmental sealing, and electrical ground continuity must align perfectly.
A 16mm nominal diameter is typical for low-voltage auxiliary connections, instrumentation lines, sensor feeds, and control arrays. In these applications, the gland must perform three vital tasks: clamp down onto the outer sheathing to prevent fluid intrusion; capture the inner structural wire wrap (SWA, or Steel Wire Armour) to offer high mechanical strain relief; and establish a continuous, low-resistance ground path back to the enclosure panel to prevent ground-fault shocks or electromagnetic interference (EMI).
Premium-grade China 16mm armoured cable glands are generally manufactured using CW614N/CW617N nickel-plated brass or marine-grade AISI 316L stainless steel. Nickel plating provides excellent protection against atmospheric corrosion, coastal salt spray, and mild chemical environments, while 316L stainless steel offers the ultimate chemical resistance for subsea, wastewater treatment, and chemical processing facilities.
The internal clamping mechanism uses a double-compression seal design. While single-compression glands seal only on the outer sheath, double-compression configurations compress both the inner bedding sheath and the outer jacket, completely encapsulating the wire armour. This ensures that moisture cannot travel longitudinally along the steel wire braids into the termination enclosure, fulfilling strict IP68 ingress protection requirements.
| Technical Parameter | Standard Specification (16mm Armoured Gland) | Testing Norms / Conformity |
|---|---|---|
| Armor Types Accommodated | SWA (Steel Wire Armor), AWA, STA (Steel Tape Armor) | BS 6121 Part 1 | Thread Dimensions Available | Metric M16 x 1.5, M20 x 1.5, NPT 1/2", NPT 3/8" | ISO 965-1 & ANSI B1.20.1 |
| Ingress Protection Rating | IP66, IP67, IP68 (Tested at 5 Bar for 30 min), IP69K | IEC 60529 / EN 60529 |
| Explosion Protection Classes | Ex d IIC Gb / Ex e IIC Gb / Ex tb IIIC Db | ATEX Directives, IECEx System |
| Temperature Thresholds | Continuous: -60°C to +130°C (Silicone Seals) | UL 514B Thermal Cycle Tests |
Grounding is critical when dealing with armoured electrical lines. When the steel wires are clamped securely between the internal cone and the clamping ring, they form a solid contact path. To maintain ground integrity across non-conductive enclosures (such as GRP or polycarbonate boxes), China 16mm armoured cable glands are fitted with high-conductive brass earth tags. This ensures that fault currents are immediately routed to ground, bypassing delicate control interfaces and avoiding catastrophic system shutdowns.
Inside Zhejiang Hongxiang Connector Co., Ltd. — an industry pioneer integrating R&D, advanced manufacturing, and certified global distribution.
Founded in 2006, Zhejiang Hongxiang Connector Co., Ltd. is located in Yueqing, Zhejiang, the electrical manufacturing capital of China. For nearly two decades, we have developed from a specialized design house into a modern industrial connectivity solutions provider. Our production lines feature multi-axis CNC milling centers, automatic sorting systems, and dedicated optical sorting systems that test dimensional tolerances to within ±0.01mm.
Our manufacturing facility operates under the IATF 16949 automotive quality management protocol and ISO 9001. This ensures that every run of 16mm armoured cable glands delivers consistent mechanical properties, precise thread pitches, and reliable clamping seals. With over 300 professionals and an annual production capacity exceeding 80 million units, we are ready to support global distributors, EPC contractors, and OEM customers with high-volume shipments and short lead times.
International Standard Compliance Certification
Quality Management & Safety Audit Approvals
To maintain high reliability, we operate in-house laboratory testing facilities. Each production run is subjected to environmental stress testing (salt spray chambers for corrosion testing), pull-out tension tests to assess armour clamp strength, and hydrostatic testing to verify IP68 compliance.
Our high-protection 16mm armoured cable glands are engineered to meet the strict demands of global infrastructure and high-stress industrial applications.
Cable glands are critical for new energy vehicles (NEVs), serving as essential components to manage and protect cables in high-voltage systems, battery packs, motor controllers, charging interfaces, and other core electrical units. Engineered to withstand extreme temperatures, vibration, moisture, and chemical exposure, they ensure reliable sealing, prevent dust/water ingress, and maintain insulation integrity to avoid electrical hazards. By securing and routing power, signal, and communication cables, they enhance the safety, stability, durability, and performance consistency of the vehicle’s electrical system. Compliant with automotive industry standards, high-quality cable glands help NEVs meet strict safety and reliability requirements, making them indispensable for electric cars, hybrid vehicles, and other new energy mobility solutions.
Cable glands are essential for robotics, managing and protecting power, signal, and data cables in industrial robots, cobots, AMRs, and more. Adapted to dynamic movements, harsh industrial environments (dust, coolant, mechanical stress), they prevent tangling, abrasion, and disconnection while ensuring IP68-rated sealing. By safeguarding electrical connections and reducing cable wear, they enhance robotic operational stability, precision, and service life. Compatible with various cable sizes and compliant with IEC/UL standards, they are foundational for reliable robotic systems.
Cable glands are vital for onshore/offshore wind power systems (turbines, substations, tower bases), protecting power/control/signal cables. Engineered to resist salt fog, extreme temps (-52℃ to 90℃), vibration, and UV, they offer IP68 sealing, explosion-proof performance, and EMC shielding. Made of durable EPDM rubber or 316L stainless steel or brass, they prevent cable abrasion/displacement and electrical hazards, ensuring long-term operational stability and safety.
Cable glands are key protective components in rail transit systems, widely used in rolling stock, substations, tunnels, and equipment rooms of metro, high-speed rail, and intercity rail. They secure and protect power, control, and signal cables. Adapted to harsh operating conditions, they feature an IP68 protection rating, resisting moisture, dust, and rodent damage, while withstanding extreme temperatures from -40℃ to 90℃ and continuous vibration. They are offering explosion-proof and sealing performance to prevent cable abrasion, signal interference, and fire spread. Their modular design supports future capacity expansion, extends the service life of cables and equipment, and ensures the long-term safe and stable operation of rail transit systems.
As industrial connectivity systems face increasingly challenging environments, the engineering demands on 16mm armoured cable glands are evolving. The development path at Zhejiang Hongxiang Connector Co., Ltd. focuses on three key areas:
Industrial IoT (IIoT) requires real-time monitoring of all infrastructure components. The smart cable glands of the future will incorporate micro-sensor arrays that monitor internal temperature, humidity levels, and shield integrity. These sensors alert operators to moisture ingress or insulation degradation before electrical failure occurs, shifting maintenance from reactive to predictive.
While brass and stainless steel remain standard materials, next-generation polymer composites are gaining ground. By reinforcing high-grade polyamides with carbon fiber arrays, we are developing glands that match the mechanical strength of brass while reducing overall weight by up to 50% and offering complete immunity to chemical acids and high-salinity marine environments.
With increased exploration in arctic and deep-ocean environments, cable terminations must remain flexible and gas-tight at temperatures below -60°C and pressures exceeding 20 bar. Our R&D team is developing specialized fluorosilicone and perfluoroelastomer (FFKM) seals that resist hardening under extreme pressure and cold, expanding our current IP68 ratings to include long-term deep subsea applications.
Purchasing industrial connection systems for international projects requires navigating complex certifications. An uncertified cable gland can delay project commissioning or lead to safety compliance failures. Zhejiang Hongxiang Connector Co., Ltd. maintains a comprehensive compliance program to support global distributions.
Our 16mm armoured cable glands are certified under major regional safety standards. This includes Underwriters Laboratories (UL Listing) for North America, ATEX & CE approvals for the European Union, and IP68/RoHS certifications for worldwide projects. Whether your project is an offshore wind platform in the North Sea or a rapid transit system in South America, our technical team provides full engineering support, detailed material datasheets, and compliance documentation.
For large enterprise procurement, we offer customized OEM packaging, direct-to-site shipping, and flexible scheduling. Our regional offices and distribution partners throughout North America, Western Europe, and Southeast Asia ensure local engineering support and fast response times.
Technical guidance on choosing, installing, and maintaining 16mm armoured cable glands.
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