Used in distribution boards and control panels, cable glands organize, secure, and protect wiring, preventing cable pullout, short circuits, and ingress of dust or water in both residential and commercial buildings
In railway infrastructure, cable glands provide strain relief and environmental protection for signaling, control, and power cables along tracks and within train systems, ensuring safety and operational reliability
Cable glands are widely used in control cabinets and machinery to manage cables for automation equipment, robotics, and production lines, providing strain relief, environmental sealing, and compliance with safety standards
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These cable glands are made from high-quality nylon PA and durable NBR rubber seals, ensuring excellent flame-retardant safety and environmentally friendly performance.
The products have an IP68 rating and are designed to withstand pressure up to 10 Bar, ensuring excellent sealing and long-lasting protection, even in harsh environments.
There are several types available including: United Structure Nylon Cable Gland, Standard Nylon Cable Gland, Nylon Watertight Fitting Gland, and 90 Degree Elbow Nylon Cable Gland.
Yes, with their IP68-10 Bar rating, the cable glands offer excellent sealing and protection, making them suitable for use in harsh and demanding environments.
NBR rubber seals provide durability, effective sealing against water and dust ingress, and flame-retardant safety, helping maintain reliable performance over time.
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Match an EMC cable gland to the cable screen: foil, braid, spiral and combination constructions, termination geometry, bonding rules and sizing on jacket OD.
EMC and standard cable glands seal and grip identically; only the screen termination differs. Compare specs, indicative FOB prices, and use a four-check test to decide per circuit.
Eight-step field procedure for EMC cable gland installation: screen exposure, braid fold-over, torque, enclosure bonding and the continuity check that proves the shield is bonded.
