Brass Cable Glands

CHUANGDA’s nickel-plated brass cable glands (with a nickel plating weight ratio ≥2%) offer robust corrosion resistance, certified by SGS-ROHS for EU environmental compliance. The nickel layer protects against oxidation, rust, and corrosion in humid, salt spray, or acid/alkali environments (e.g., coastal and chemical settings), while the brass substrate ensures excellent conductivity.

  • Nickel plating extends service life in harsh conditions, with stable protection at 250℃.
  • Precision clamping claw/ring design ensures strong tensile strength and anti-loosening for stable current transmission.
  • IP68 protection with an O-ring design for waterproof/dustproof performance in industrial applications.

 

/PG Type Cable Gland
PG Thread Industrial Nickel Plated Cable Gland

PG Thread Industrial Nickel Plated Brass Cable Gland are mainly made of brass materials and nickel-plated. This combination not only improves the corrosion resistance of the joints, but also enhances the gloss and wear resistance of its appearance. Covering a variety of PG tooth specifications, such as PG7 - PG48 and other different specifications, can be selected according to different cable outer diameters and equipment interface requirements.

/M Type Cable Gland
Metric Thread Standard Liquid Tight Cable Glands

The main body of M Type Corrosion-proof Cable Gland is brass, which has good conductivity, corrosion resistance and machinability, and is suitable for various complex environments. For example, in some environments with a certain amount of humidity or slightly corrosive substances, the corrosion resistance of brass can ensure the service life of cable joints. The surface is nickel-plated. The nickel layer not only further enhances the corrosion resistance of the joint, but also makes the joint appearance more beautiful and smooth. When used in some equipment or places with high appearance requirements, the nickel-plated joint can improve the overall appearance.

/NPT Type Cable Gland
NPT Thread Coaxial Brass Cable Glands

Brass nickel plated NPT cable connector is made of brass and nickel plated on its surface. It not only ensures the strength and durability of the connector, but also improves its corrosion resistance. The nickel plating process further enhances the surface hardness and gloss of the joint, and also plays a role in preventing rust. This cable joint adopts NPT (National Pipe Taper) thread standard, which is an American national standard tapered pipe thread that is widely used in pipelines and hydraulic systems. The design of NPT thread enables the joint to achieve good sealing effect and is suitable for high pressure and high temperature environments.

/G Type Cable Gland
G Thread Waterproof Brass Cable Glands

The main body of the brass G Type Waterproof Brass Cable Glands is made of high-quality brass nickel-plated material, which has the advantages of good electrical conductivity and corrosion resistance. For example, in some complex environments, nickel-plated brass can effectively prevent rust and ensure stable performance of the joints. The clamping ring is made of rubber and the fastening claw is made of nylon. The combination of these different materials makes the cable joint perform better in clamping cables and ensuring connection stability.

Core Performance

  • Corrosion & Temperature Resistance: The nickel layer resists high-temperature degradation (maintaining stability at 250℃) and protects against chemical erosion, outperforming tin plating in high-temperature scenarios like motor terminals.
  • Conductive & Mechanical Stability: Brass’s high conductivity, combined with the nickel layer’s reduced contact resistance, ensures reliable current flow. The harder nickel surface withstands wear from frequent plugging/unplugging or vibration, suitable for equipment requiring regular maintenance.
  • Sealing Performance: The IP68 rating, achieved via the O-ring design, safeguards cables in submerged or dusty environments, preventing moisture and dust ingress.

Application & Operation

  • Outperforms tin-plated connectors in high-temperature dynamic environments (e.g., motor terminals) due to nickel’s higher melting point.
  • Offers stronger mechanical protection than passivated surfaces, ideal for high-wear scenarios like mobile device interfaces.
  • Proper outlet matching and clamping head tightening are crucial to maintain IP68 performance. In long-term high-temperature (≥100℃) environments, monitor the plating for metal fatigue to avoid performance degradation.

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