What Harsh Environments Require ATEX IP68 Metal Cable Glands?
For high-risk industrial wiring, Metal Cable Gland is far more reliable than nylon fittings.
This quick guide covers its applications, core performance and buyer FAQs.
ATEX Explosion Hazard Zones
Conductive brass eliminates static sparks for chemical, refinery and dust workshops. Plastic glands cannot meet EU explosion safety standards.
Marine & Coastal Equipment
Nickel-plated brass resists salt spray corrosion; IP68 seals block seawater mist.
Energy Storage & EV Charging
Large bore models lock thick power cables firmly against long-term vibration.
Heavy Industrial Machines
M/PG/NPT/G multi-thread sizes match global cabinet panels, wide temp resistance.
ATEX Anti-Static Explosion-Proof
Metal shell releases static; flame-retardant EPDM stops flame spread in hazardous areas.
Superior Anti-Corrosion
Electroplated brass outlasts nylon in acid, alkali and coastal environments.
IP68 Waterproof Sealing
Thick rubber inserts fully wrap cables, safe for long-term immersion.
Vibration-Resistant Locking
Serrated inner rings hold cables tight without slipping under machine shake.
Complete Global Certifications
All Hoonsun Metal Cable Glands hold CE, RoHS, ATEX & IP68 certificates, full size range in stock.
Q1: Can nylon glands replace metal ones for explosion-proof projects?
A: No. Nylon generates static sparks, violating ATEX regulations.
Q2: Do you supply separate spare lock nuts and rubber seals?
A: Yes, loose parts and full kits are both available.
Q3: What material for ultra-corrosive offshore sites?
A: Upgrade to 316 stainless steel Metal Cable Glands.
Conclusion
ATEX IP68 Metal Cable Gland solves safety & durability problems plastic fittings can’t handle.
Contact Hoonsun for catalogs, certificates and custom samples.