Hot Products
0102030405
Single Compression Type Cable Gland IP68: Reliable Waterproof Solution from China Suppliers and Factory
,
The Single Compression Type Cable Gland is engineered for long-lasting performance in harsh marine environments. As one of the leading products from our China factory, this cable gland offers exceptional sealing capabilities and maintains outstanding waterproof properties over time, ensuring durability and reliability in critical applications.
,Certified for Global Markets:
,
- Fitting Material Nickel-plated brass
- Material For Sealing Components EPDM、Silicone rubber
- O-ring Material EPDM、Silicone rubber
- Metal Washer Nickel-plated hoop
- Protection Degree IP54
- Temperature Static state:-40 to 100℃,Short time to 120℃ Dynamic state:-20℃ to 80℃,Short time to 100℃
Product Highlights
-
⚡
Effortless Single-Step Installation Integrated one-piece design requires just a single compression action to secure and seal the cable, significantly cutting down installation time and labor.
-
🔒
Robust Seal & Superior Strain Relief The compression mechanism creates uniform, 360-degree grip and pressure on the cable, ensuring a reliable seal and exceptional pull-out resistance for long-term connection integrity.
-
🔧
Broad Cable & Thread Compatibility Features an optimized design for precise adaptation to a wide range of standard cable diameters and popular thread types, offering strong versatility for diverse industrial applications.
-
🛡️
Durability in Demanding Conditions Through meticulous design, it can maintain its performance and connection security even in environments with high vibration, corrosion risks and other complex factors.
-
💡
Cost-Effective & Streamlined Design A simplified construction with minimal components enhances reliability, reduces potential failure points, and provides an optimal balance of performance and economy for volume deployments.
Applications
- 🚢 Ship electrical control systems
- 🛢️ Offshore oil platforms
- 💡 Marine lighting and navigation equipment
- 📡 Ship communication systems
- ⚓ Port and dockside power systems
Key Benefits
- ✅ 316 stainless steel, anti-corrosion & rustproof
- 💧 IP68 waterproof and dustproof
- 🔩 Vibration-resistant & flame-retardant
- 🌊 Works in harsh saltwater environments
- 📋 Complies with CE, UL, and marine standards
Frequently Asked Questions
❓ What makes this cable gland a single-step installation product?
The integrated one-piece design allows a single compression action to simultaneously secure and seal the cable. There is no need for multiple components or separate tightening steps, which greatly reduces installation time and labor costs.
❓ What IP rating does this cable gland carry, and what does it mean?
This cable gland is rated IP68, which is the highest level of protection against dust ingress (completely dust-tight) and water immersion. It is suitable for use in wet, submerged, and offshore marine environments.
❓ Why is 316 stainless steel used for marine cable glands?
316 stainless steel contains molybdenum, which provides superior resistance to chloride corrosion and rust compared to standard 304 stainless steel. This makes it ideal for prolonged exposure to saltwater, humidity, and harsh offshore conditions.
❓ What cable diameters and thread types are compatible with this gland?
The gland is engineered to accommodate a wide range of standard cable diameters and is compatible with popular thread types used across diverse industrial and marine applications. Please refer to the product specification sheet for exact size ranges and thread standards.
❓ Which industry certifications does this cable gland comply with?
This cable gland complies with CE (European conformity), UL (Underwriters Laboratories), and relevant marine industry standards, ensuring it meets strict safety, electrical, and environmental performance requirements for global deployments.
❓ Is this cable gland suitable for high-vibration environments such as engine rooms or offshore platforms?
Yes. The 360-degree compression mechanism provides uniform grip and superior strain relief, maintaining connection security and seal integrity even under continuous vibration, mechanical stress, and exposure to corrosive elements found in engine rooms and offshore platforms.