High Performance PG Cable Glands For Reliable Wiring Protection

When it comes to safeguarding cables and ensuring reliable wiring protection, Heavy Duty PG Cable Glands are an industry-leading solution. Manufactured from durable Nylon and Nitrile Rubber, these glands are designed for robust performance in demanding environments, making them ideal for both industrial and commercial applications.
Exceptional Durability and Protection
These cable glands are IP68 rated, offering superior resistance against dust and water ingress, ensuring that your electrical connections remain secure and functional even in challenging conditions. The combination of Nylon and Nitrile Rubber provides excellent mechanical strength, chemical resistance, and flexibility, making them suitable for a wide range of applications.
Available in a Range of Metric Thread Types
To meet diverse wiring requirements, Heavy Duty PG Cable Glands are available in a variety of PG sizes and metric thread types. Each size caters to different cable diameters, making it easy to select the perfect gland for your specific needs. The accompanying matching lock nut ensures a tight and secure fit, further enhancing the safety and reliability of the installation.
Key Features:
IP68 Rating: Provides complete protection against dust and water ingress, ensuring durability in harsh environments.
Nylon and Nitrile Rubber Construction: Guarantees strength, flexibility, and resistance to chemicals, making the glands suitable for various industries.
Matching Lock Nut: Ensures a secure installation.
Range of Sizes: Available in multiple PG sizes to fit different cable diameters, offering a customized fit for each application.
Versatile Colors:
Available in Black and Grey for color-coded applications.
Applications:
Cable Retention: 
The primary function of these glands is to hold cables firmly in place, preventing strain and wear on the connections.
Ingress Prevention: 
They also serve as a barrier against dust and moisture, helping to extend the life of the wiring system and reduce the risk of electrical faults.
Specifications: