Cable Glands (Hazardous Area)
Our Hazardous Area Cable Glands are specifically designed to ensure safe and reliable cable entry in high-risk environments where explosive atmospheres are present. These glands offer robust protection and are available in both single and double compression designs, with additional options like deluge protection and Triton glands. Engineered to meet the highest safety standards, these cable glands provide superior sealing and protection for electrical systems in hazardous locations.
Industry Sectors:
- Oil and Gas
Safe and reliable cable entry for offshore platforms, refineries, and other hazardous oil and gas environments. - Chemical and Petrochemical Plants
Ensuring secure cable connections in areas where flammable gases and chemicals pose a risk. - Mining Operations
Providing enhanced safety in mining environments where explosive dust or gases are present. - Heavy Industrial Applications
Built to withstand extreme conditions in hazardous industrial areas requiring explosion-proof solutions.
Key Features:
- Single Compression Cable Glands:
Offering basic protection, these glands are suitable for applications in hazardous areas where safety and reliability are crucial. - Double Compression Cable Glands:
These glands provide enhanced security for cable entry, ideal for hazardous locations requiring higher protection levels. - Deluge Protection:
Designed to protect cables from high-pressure water jets, deluge protection glands ensure the safety of electrical systems in areas prone to flooding or water ingress. - Triton Glands:
Offering an advanced sealing system, Triton glands are engineered for maximum durability and protection in hazardous areas, ensuring long-lasting performance in harsh conditions. - Certified for Hazardous Environments:
All glands are certified for hazardous areas, ensuring compliance with international safety standards (Ex d and Ex e) for explosive atmospheres. - Durable Construction:
Built from high-quality materials, these cable glands offer superior corrosion resistance and strength, ensuring reliable protection in the most extreme environments.
