G-Type Stainless Steel Cable Connector

Core Functions
Corrosion-Resistant Stainless Steel Construction
The connector body is manufactured from high-quality 304 or 316 stainless steel, offering excellent resistance to rust, oxidation, salt spray, and chemical corrosion. Unlike plated metal connectors, the stainless steel structure maintains stable performance in harsh environments without the risk of surface coating failure.
This durable construction provides high mechanical strength and helps maintain secure cable positioning under vibration, impact, and long-term operation.
IP68 Waterproof Sealing
The G-Type Stainless Steel Cable Connector uses a precision sealing system with an O-ring and sealing gasket structure to provide reliable protection against water, dust, moisture, and other contaminants. With IP68 ingress protection, it helps safeguard electrical equipment and cable connections in outdoor and industrial environments.
The sealing design prevents environmental factors from affecting cable entry points, improving connection reliability and extending equipment service life.
Secure Cable Fixation and Strain Relief
The internal clamping mechanism securely grips the cable while protecting the cable jacket from damage. It provides effective strain relief to withstand pulling forces, vibration, and mechanical stress, preventing cable loosening or accidental disconnection during operation.
The wide clamping range allows the connector to accommodate different cable diameters and installation requirements.
High-Temperature and Industrial Performance
The stainless steel cable connector is designed for demanding operating conditions and supports temperatures of up to 120°C (depending on sealing materials and application conditions). Its robust construction maintains reliable mechanical strength and sealing performance in environments exposed to heat, humidity, chemicals, and outdoor conditions.

Specific Applications
The G-Type Stainless Steel Cable Connector is designed for equipment using the G (BSPP) thread standard and is widely used in industrial electrical systems, aviation equipment, marine engineering, offshore facilities, mining operations, oil and gas applications, mechanical manufacturing, industrial automation, power distribution systems, and outdoor electrical installations where corrosion resistance, waterproof sealing, and long-term reliability are required.