RND RND 465 Series Grey Polyamide Cable Gland, M25 Thread, 13mm min., 18mm max., IP68

The RND Spiral cable gland is designed to deliver robust protection for your cable connections, making it an essential addition to your cable management arsenal. Featuring a simple screw-on action, this gland facilitates a quick and efficient assembly process, perfect for applications involving handheld and portable devices. With its weather-resistant IP68 rating, it ensures optimal performance even in challenging environments. Crafted from high-quality polyamide, it offers impressive durability and flexibility, enabling efficient strain relief and bending without compromising on safety. This product embodies precision engineering, marrying functionality with ease of use to meet the demands of modern applications.

The RND Spiral cable gland is designed to deliver robust protection for your cable connections, making it an essential addition to your cable management arsenal. Featuring a simple screw-on action, this gland facilitates a quick and efficient assembly process, perfect for applications involving handheld and portable devices. With its weather-resistant IP68 rating, it ensures optimal performance even in challenging environments. Crafted from high-quality polyamide, it offers impressive durability and flexibility, enabling efficient strain relief and bending without compromising on safety. This product embodies precision engineering, marrying functionality with ease of use to meet the demands of modern applications.

Provides excellent strain relief for cable connectionsSuitable for use in both handheld and portable devicesDesigned for high resistance to wear and tearLightweight yet strong, ensuring effortless installationTemperature range supports -40 to 100 °C for versatile use

Provides excellent strain relief for cable connectionsSuitable for use in both handheld and portable devicesDesigned for high resistance to wear and tearLightweight yet strong, ensuring effortless installationTemperature range supports -40 to 100 °C for versatile use