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Metal Cable Glands

Corrosion resistant, with good electrical conductivity and electrical conductivity.
1.BOESE offers cable glands in various sizes,M12-M63,PG7-PG48
2.Use integral brass nickel-plated joints,strong and sturdy.Provides strength and antimagnetic properties as well as resistance to deformation at high and low temperatures.
3.Typically used in environments exposed to moisture, dust, or other contaminants
4.Designed to comply with international standards such as CE, ROHS and REACH
5.Use for different applications such as indoor, outdoor,  threaded, weatherproof,straightening and industrial.

Product information

Thread spec: PG and Metric
Material:
Parts A.C.F.are made of brass plated withnickel,Part D
part D is made nylon PA66,parts B and Eare made of nitrile butadiene rubber(NBR)
Working temperature: 40 – 100,instantaneous heatresistance up to 120C
Features:
The claws and seals of excellent design,sealing nut have a “click”sound and re-open,can hold cable firmly and have a wider cable range.Resistant to salt water,weak acid,alcohol,oil,grease and common solvency.

 

Item No. Thread size Cable Range Ф(mm) Thread O.D. Thread Length Spanner Size
Conventional Thickening L2(mm) L1(mm) A&F(mm)
PG7 12.5-12.8 3-6.5 2-5 12.5 8 14
PG9 15.2-15.5 4-8 2-6 15.2 8.2 17
PG11 18.6-18.9 5-10 3-7 18.6 8.2 20
PG13.5 20.4-20.7 6.7-12 5-9 20.4 9 22
PG16 22.5-22.8 10.2-14 7-12 22.5 10 24
PG21 28.3-28.6 13-18 9-16 28.3 10 30
PG29 37-37.3 18.5-25 13-20 37 12 40
PG36 47-47.3 23-32 20-26 47 14 50
PG42 54-54.3 32.7-38 25-31 54 14 57
PG48 59.3-59.6 37-44 29-35 59.3 16.6 64
M12x1.5 12-12.3 3-6.5 2-5 18 8 14
M16x1.5 16-16.3 4-8 2-6 20 8.2 17
M20x1.5 20-20.3 6.7-12 5-9 22 9 22
M25x1.5 25-25.3 13-18 9-16 25 10 30
M32x1.5 32-32.3 18.5-25 13-20 30 12 40
M40x1.5 40-40.3 23-32 20-26 35 14 50
M50x1.5 50-50.3 32.7-38 25-31 38 14 57
M63x1.5 63-63.3 37-44 29-35 40 16.6 64/68

 

Key Advantages of BOESE Heavy-Duty Metal Cable Glands

As a leading certified cable glands manufacturer, we engineer high-performance wire management solutions designed to withstand the harshest industrial conditions. Our premium Metal Cable Glands feature an integral brass nickel-plated construction, providing superior physical strength, anti-magnetic protection, and excellent electrical conductivity. If you are looking for a reliable cable glands supplier to support your next project, our comprehensive product range guarantees exceptional environmental sealing and mechanical strain relief.

Premium Nickel-Plated Brass Integrity & Corrosion Resistance

Parts A, C, and F are manufactured from solid brass plated with high-density nickel. This robust nickel plated brass cable gland design provides outstanding corrosion resistance and resists deformation under both low and high temperatures (40℃ to 100℃, with instantaneous heat resistance up to 120℃).

Superior Weatherproof & Contaminant Protection

Designed for environments exposed to persistent moisture, dust, or industrial chemicals, our nickel plated cable glands utilize premium Nitrile Butadiene Rubber (NBR) seals (Parts B and E) alongside a high-grade Nylon PA66 internal claw (Part D). This multi-layer barrier keeps out saltwater, weak acids, alcohols, oils, and greases, making them ideal for both indoor and outdoor weatherproof applications.

Full Range of Metric & PG Thread Specifications

We offer various standard sizes to suit global electrical enclosure standards, covering Metric threads (M12 to M63) and PG threads (PG7 to PG48). For a clear layout of which specification fits your local machinery standards, check out our comparison guide: PG vs. Metric Cable Glands Thread Type Comparison for Your Business.

 

FAQs

Q1: What materials are used to construct your Metal Cable Glands?

Our high-performance glands are constructed using premium nickel-plated brass for Parts A, C, and F to provide corrosion resistance and strength. Part D (the compression claw) is molded from rugged Nylon PA66, and Parts B and E (the seals) are made of Nitrile Butadiene Rubber (NBR).

Q2: Why is brass nickel-plated instead of leaving it bare?

Using a nickel plated brass cable gland prevents brass oxidation and tarnish, drastically increasing the gland’s lifespan in harsh coastal or outdoor environments. It also provides excellent electrical conductivity and antimagnetic properties while maintaining high mechanical strength.

Q3: What are the available thread types and size ranges?

We provide comprehensive thread options including Metric sizes (from M12 to M63) and PG sizes (from PG7 to PG48). For a technical breakdown of thread pitches and industrial fits, please read our guide: PG vs. Metric Cable Glands Thread Type Comparison for Your Business.

Q4: Are these nickel plated cable glands resistant to chemical exposure?

Yes. Our nickel plated cable glands are specifically designed to resist degradation from saltwater, weak acids, alcohols, common industrial oils, greases, and everyday chemical solvents.

Q5: What international compliance standards do your cable glands meet?

We manufacture our glands to comply with major global safety regulations, including CE, ROHS, and REACH, ensuring trouble-free compliance for EU and US machinery exporters.

Q6: How do I ensure maximum sealing performance when installing these glands?

Correct stripping of the outer cable jacket and applying the proper torque are essential. To avoid common installation errors, please read our step-by-step article on How to Safely Install Cable Glands for Maximum Performance.

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