About 25mm Double Compression Brass Cable Glands
-
Product Name: 25 mm Double Compression Brass Cable Gland
-
Thread Size: 25 mm
-
Material: High-grade brass
-
Type: Double compression (inner and outer sealing)
-
Function: Reliable sealing and strong cable retention
-
Ingress Protection: IP68 (dustproof and waterproof)
-
Corrosion Resistance: Excellent resistance to moisture and industrial conditions
-
Cable Type: Suitable for armoured cables
-
Finish: Natural brass / nickel plated (if required)
-
Applications: Electrical panels, oil & gas, refineries, power plants, heavy industries
-
Standards: Industrial-grade, suitable for indoor and outdoor use
-
-
| Feature | Description |
| Wide Size Range | Available in sizes from 10 mm to 100 mm for various cable diameters. |
| Multiple Thread Types | Compatible with ET, NPT, and M (Metric) thread standards. |
| Premium Material Options | Manufactured in Brass, SS304, and SS316 for high strength and corrosion resistance. |
| Double Sealing Protection | Provides superior weatherproofing, dust protection, and strain relief. |
| Industrial & Hazardous Use | Ideal for panels, switchgear, instrumentation, and explosive or corrosive environments. |
Reliable ConstructionMade from premium brass material, the 25mm Double Compression Brass Cable Gland delivers durable performance and resistance to corrosion. Its silver finish not only adds aesthetic value but also enhances surface protection, making it suitable for harsh industrial conditions.
Versatile Industrial ApplicationSpecifically designed for industrial environments, this cable gland secures and protects electrical cables in machinery, panels, and equipment. It accommodates a variety of cable types, ensuring optimal usage across construction, manufacturing, and engineering sectors throughout India.
FAQ's of 25mm Double Compression Brass Cable Glands:
Q: How is the 25mm Double Compression Brass Cable Gland installed?
A: Installation of the cable gland involves positioning it over the intended cable, then tightening both the inner and outer compression rings to firmly secure the connection. This double compression mechanism ensures a tight seal, providing enhanced safety and preventing ingress of dust or moisture.
Q: What are the benefits of using brass for cable glands?
A: Brass offers superior corrosion resistance, mechanical strength, and longevity, making it the preferred material for cable glands used in industrial setups. Its durability helps protect cables from harsh environments, prolonging system life and reducing maintenance needs.
Q: When should double compression cable glands be used instead of single compression ones?
A: Double compression cable glands are ideal when extra sealing and strain relief are needed, especially in outdoor industrial environments or where cables are subject to movement and mechanical stress. They provide enhanced protection compared to single compression types.
Q: Where are these cable glands commonly utilized in India?
A: These cable glands find widespread usage across industrial facilities in India-including factories, power plants, and manufacturing units. They are favored for securing cables in electrical panels and heavy machinery, ensuring stability and safety in operational setups.
Q: What is the typical process for sourcing these cable glands in India?
A: Customers can procure 25mm Double Compression Brass Cable Glands via distributors, exporters, importers, manufacturers, service providers, suppliers, and traders operating throughout India, ensuring ease of access for industrial buyers nationwide.
Q: How does the 1-year warranty benefit users of this cable gland?
A: The 1-year warranty offers users peace of mind, ensuring coverage against manufacturing defects and facilitating prompt replacements if necessary. This guarantees reliability and underscores the manufacturer's confidence in the product's performance.
Q: What industrial applications are suitable for this cable gland?
A: This cable gland is designed for use in industrial settings such as plant machinery, electrical control panels, and engineering systems. Its robust construction and efficient sealing suit environments where protection against dust, moisture, and mechanical stress is essential.