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High Temperature Resistance Metal Cable Gland - UL Certified, IP68 Rated, China Suppliers & Factory Solutions
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High Temperature Resistance Metal Cable Gland - UL Certified, IP68 Rated, China Suppliers & Factory Solutions

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The NG High Temperature Resistance Metal Cable Gland is expertly designed with dust-proof, water-proof, and oil-proof features, making it ideal for cable connections in demanding environments such as metallurgy and chemical industries. This robust solution ensures a stable and reliable connection, even under harsh conditions.

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Certified for Global Markets:

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As a prominent manufacturer in China, our factory produces high-quality cable glands that meet international standards. Partner with us, trusted suppliers in the industry, for premium solutions tailored to your specific needs.

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  • Fitting Material Nickel-platedbrass
  • Material For Sealing Components EPDM、Silicone rubber
  • O-ring Material EPDM、Silicone rubber
  • Protection Degree IP68-10 bar
  • Temperature Static state:-60 to 250℃

Product Highlights
  • Excellent high-temperature resistance, utilizing special materials and seals capable of long-term operation in -60℃ to 250℃ environments without aging or deformation.
  • IP68+ protection rating, providing dustproof, waterproof, and oilproof performance for harsh high-temperature environments.
  • High-strength clamping structure ensures strong resistance to tensile force, vibration, and impact, preventing loosening or disconnection.
  • Compatible with various cable specifications and thread standards, ensuring easy installation and versatile use.
Applications
  • The NG High Temperature Resistance Metal Cable Gland is suitable for extremely hot and demanding environments, such as in the metallurgy, chemical, boiler and power industries.
  • It is highly suitable for cable connection scenarios in high-temperature equipment in various industries such as new energy and industrial manufacturing.
Key Benefits

Stable performance under extreme temperatures, ensuring safety and durability of internal core wires and signal transmission.

Reliable protection against environmental challenges, including dust, water, and oil.

Secure and durable connections that resist thermal expansion and contraction in high-temperature conditions.

Versatile compatibility and ease of installation for broad industrial application.

Frequently Asked Questions
Q What temperature range can the NG High Temperature Resistance Metal Cable Gland withstand?
The cable gland is designed to operate reliably in temperatures ranging from -60℃ to 250℃, making it suitable for both extremely cold and high-heat industrial environments without aging or deformation.
Q What is the IP protection rating of this cable gland?
This cable gland carries an IP68+ protection rating, offering comprehensive dustproof, waterproof, and oilproof performance to withstand harsh and demanding industrial environments.
Q Which industries are best suited for using this high-temperature cable gland?
This product is particularly well-suited for use in metallurgy, chemical processing, boiler systems, power generation, new energy, and industrial manufacturing — any sector where high-temperature cable management is critical.
Q Is the cable gland compatible with different cable sizes and thread standards?
Yes, the NG cable gland is compatible with various cable specifications and multiple thread standards, ensuring flexibility and ease of installation across a wide range of industrial applications.
Q How does the cable gland maintain a secure connection in high-temperature conditions?
The high-strength clamping structure provides strong resistance to tensile force, vibration, and mechanical impact. It is specifically engineered to resist loosening caused by thermal expansion and contraction, ensuring a consistently secure connection.
Q What materials and seals are used to ensure durability at high temperatures?
The cable gland utilizes specially selected high-performance materials and heat-resistant seals engineered for long-term stability at extreme temperatures, preventing aging, deformation, and degradation over time.

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