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In modern electrical engineering, armored cables—specifically Steel Wire Armoured (SWA) and Aluminium Wire Armoured (AWA)—form the backbone of heavy industrial, petrochemical, marine, and commercial electrical distributions. Termination of a 10mm armored cable requires specialized mechanical components engineered to execute multiple safety critical roles simultaneously. The term "10mm" normally references the cross-sectional area of the inner copper conductors (often 3-core or 4-core configuration) which mandates an outer diameter of the cable system to fall within specific ranges, needing precise clamping components.
Information Gain Insight: Unlike standard non-armored glands, a dedicated 10mm armored cable gland must feature mechanical armor termination (via a specialized clamping cone and ring) to absorb tensile mechanical stresses, while maintaining low-impedance electrical continuity between the armor wire layers and the metal enclosure for fault currents.
Armoured cable glands are grouped into distinct families based on their environment rating and mechanical architecture:
| Specification Parameter | Nickel-Plated Brass Metric Options | Stainless Steel (316L) Metric Options | Compliance Standards |
|---|---|---|---|
| Entry Thread Sizes | M20 x 1.5, M25 x 1.5 | M20 x 1.5, M25 x 1.5 | ISO Metric, NPT, PG Options |
| Armor Clamping Range | 0.9mm to 1.25mm (SWA/AWA) | 0.9mm to 1.6mm (Enhanced SWA) | BS 6121 Part 1 |
| Ingress Protection Rating | IP66 / IP67 / IP68 (Tested to 5 bar) | IP68 / IP69K (High Pressure Washdown) | EN 60529 / IEC 60529 |
| Operating Temperatures | -60°C to +130°C (Standard EPDM) | -60°C to +200°C (Specialized Silicone) | IEC 60079-0 / UL 514B |
| Explosion Proof Level | Ex d IIC Gb, Ex e IIC Gb, Ex tb IIIC Db | Ex d IIC Gb, Ex e IIC Gb, Ex tb IIIC Db | ATEX / IECEx Certifications |
Founded in 2006, Zhejiang Hongxiang Connector Co., Ltd. is rooted in Yueqing, Zhejiang — a national hub for precision electrical manufacturing in China. After nearly two decades of dedicated development, the company has evolved into a large modern industrial connectivity solutions provider integrating R&D and design, large-scale intelligent manufacturing, global sales, and one-stop services. It stands as a benchmark enterprise of considerable scale and influence in China’s cable gland and connector industry, and a key player among national high-tech enterprises.
Boasting a modern intelligent manufacturing industrial park, the company operates a standardized production workshop equipped with multiple high-precision automated production lines, CNC machining centers, and a full-process quality control laboratory, establishing an industry-leading large-scale manufacturing system. With a core team of more than 300 professionals — over 30% of whom are R&D and quality management personnel — its annual production capacity exceeds 80 million units. The company is fully capable of handling large-volume orders, urgent custom projects, and long-term strategic supply partnerships for domestic and international clients, ranking among the industry’s top tier in both production capacity and delivery efficiency.
Its core product portfolio includes metal cable glands, nylon cable glands, waterproof cable glands, explosion-proof connectors, conduit fittings, and various customized connecting accessories. These products serve high-end sectors such as industrial electrical equipment, new energy equipment, rail transit, shipbuilding and heavy industry, construction machinery, military supporting facilities, and communication & industrial control. Adhering to stringent manufacturing standards and uncompromising quality requirements, the company has obtained a series of internationally recognized certifications, including ISO9001, IATF16949 automotive quality management system, CE, UL, ATEX explosion-proof certification, RoHS, and IP68 high-protection rating. Its core technologies and product performance have reached international advanced levels, with nearly 100 invention and utility model patents to its name, continuously driving technological upgrading across the industry.
We maintain rigorous testing protocols to confirm that every production run meets top international criteria for mechanical grip, environmental seals, and grounding effectiveness.
Our manufacturing infrastructure is equipped with state-of-the-art CNC turning centers, automatic assembly systems, and modern calibration laboratories.
Manufacturing high-grade 10mm armoured cable glands demands access to consistent raw materials, advanced metallurgy, and scale efficiency. Zhejiang Hongxiang Connector Co., Ltd. benefits from its location in Yueqing, Zhejiang—the cluster hub of electrical hardware manufacturing in China. This ecosystem supports unmatched advantages for global distributors and industrial EPC contractors.
Our facility maintains direct partnerships with top copper and alloy smelters, enabling reliable sourcing of H59/HPb59-1 brass and high-grade SS304/SS316L. By testing incoming metals using optical emission spectrometers, we confirm optimal tensile strength and minimal trace impurities, preventing thread stripping during heavy-torque installation.
Using 3D CAD modeling and automated CAM tooling, we can adapt entry threads (Metric, NPT, PG, G/BSPP), adjust seal profiles for custom armor wires, or create double-compression glands for projects within weeks, bypassing the typical delays associated with traditional setups.
Every production batch undergoes strict quality monitoring: salt spray exposure to evaluate long-term corrosion, compression tests to evaluate water tightness up to 50 meters depth (5 bar / IP68), and electrical continuity assessments to confirm effective grounding under fault currents.
Industrial electrical components must comply with distinct local standards to be certified for project work. At Hongxiang, we prioritize certification alignment to provide global enterprise procurement teams with smooth customs clearance and streamlined local site approvals:
Our cable glands are deployed across demanding operating environments worldwide, protecting vital electrical systems in critical industries.
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.
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.
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 prevent cable abrasion, signal interference, and fire spread.
The cable gland market is evolving rapidly, driven by the expansion of green energy infrastructure, automated factories, and smart grids. Today's industrial buyers require connectivity designs that adapt to these global technology shifts.
The rapid deployment of high-frequency variable speed drives (VFDs) and robotic servo systems increases the risk of electromagnetic interference (EMI). Modern 10mm metal glands must integrate 360-degree EMC spring contacts, ensuring that the cable screen is securely grounded to prevent data transmission failures and signal noise.
Offshore wind installations and marine drilling projects require components that resist continuous exposure to salt spray and high moisture. Standard brass is increasingly being replaced by low-carbon 316L stainless steel, which undergoes chemical passivation to maximize corrosion resistance.
In closed infrastructure installations like subways, high-speed rail tunnels, and commercial buildings, fire safety is a priority. Glands are moving toward LSFH (Low Smoke Free Halogen) elastomers, which prevent the emission of toxic halogen acid gases in high-temperature environments.
Key questions and insights on choosing, installing, and sourcing 10mm armored cable glands.
Further options for customized cabling applications, featuring polymer seals, extreme temperature ratings, and high-impact resistance.
Hongxiang
