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- jeson@gordon-elec.com
- +86-0571-8853 8375
Nylon Plastic Cable Gland
A nylon plastic cable gland is a cable entry component used to fix and seal electrical cables at enclosure openings. It consists of a PA66 nylon body, a rubber sealing insert (NBR or EPDM), a lock nut, and a clamping structure, which together compress the cable sheath to reduce movement and block dust and water ingress.
Material Selection: High-quality PA66 nylon is chosen for its strength, flexibility, and resistance to environmental factors. This material is first compounded with additives such as flame retardants or UV stabilizers, depending on the intended application of the cable gland.
Injection Molding: The compounded nylon material is heated and injected into precise molds to create the various components of the cable gland, including the body, sealing insert, and dome nut. Injection molding ensures consistent quality and high precision in the final product.
Threading and Assembly: Once molded, the threads on the gland body are precisely machined to match industry standards, such as metric or NPT threads. The different parts of the cable gland are then assembled, including the sealing insert, locking nut, and dome nut.
Quality Control: Each nylon plastic cable gland undergoes rigorous quality control tests to ensure they meet industry standards for ingress protection (IP68), flame retardancy, and mechanical strength. These tests are crucial to ensure the product's performance in the field.
| Product Name: | IP68 Spiral Nylon Cable Gland/Flexible Black Nylon Cable Gland |
| Material: | PA(NYLON),UL 94V-2 |
| Hermetic seal: | NBR,EPDM |
| Working temperature: | -40℃ to 100℃ in static state |
| instantaneous heat resistance up to 120℃ | |
| -20℃ to 80℃ in dynamic state | |
| instantaeous heat resistance up to 100℃ | |
| Color: | Black, Light Grey. |
| Thread: | Metric, PG, NPT, G |
| Protection: | IP68-5Bar |
| Certification: | SGS CE ROHS IP68 REACH |
| HS CODE: | 8547200000 |
| Used: | building industry machinery,lightning industry |
TRADE TERM:
1. Payment:L/C, T/T, D/A, D/P, Western Union, Paypal…etc.
2. Supply ability: 20ft Container/Month
3. OEM: accept
4. Delivery: •By Courier: 1-2 Working days by special offer
•By Air: 4-7 Working days at appointed airport
•By Sea:20-25 Working days at appointed port
Our address
No.173 Xingqiao North Road, Yuhang District, Hangzhou, Zhejiang 31100, China
Phone Number
+86-152 6711 5891
jeson@gordon-elec.com
joyce@gordon-elec.com
FAQ：
1. Why is PA66 nylon considered a suitable material for cable glands?
PA66 nylon is chosen for its superior strength, flexibility, and resistance to environmental factors like temperature, chemicals, and UV radiation. Additionally, it can be compounded with flame retardants or UV stabilizers, making it versatile for various applications where safety and durability are essential.
2. What role do flame retardants and UV stabilizers play in nylon cable glands?
Flame retardants and UV stabilizers are added to PA66 nylon to enhance its resistance to fire and prolonged exposure to sunlight. This makes the cable glands more reliable for outdoor and fire-sensitive applications, ensuring that they maintain performance in extreme conditions.
3. How does the injection molding process benefit the production of nylon cable glands?
Injection molding ensures high precision and consistent quality by heating and shaping the nylon material into the desired components, such as the body, dome nut, and sealing insert. This process allows for tight tolerances, ensuring each gland meets specifications and fits perfectly during assembly.
4. Why is precise threading important in nylon cable glands?
Threading is crucial because it ensures the cable glands can properly attach to enclosures, machines, or junction boxes. Precise machining of metric or NPT threads guarantees compatibility with industry standards and allows for secure and leak-free installations.
5. How are the different parts of a nylon cable gland assembled after molding?
After molding, the sealing insert, locking nut, and dome nut are carefully assembled onto the gland body. This assembly ensures that the cable gland provides both mechanical protection and strain relief while maintaining the integrity of the seal against dust and moisture.
6. What tests are performed during the quality control of nylon cable glands?
Nylon cable glands undergo rigorous tests to meet industry standards for ingress protection (IP68), flame retardancy, and mechanical strength. These tests ensure that the glands are dust-tight, water-resistant, and capable of withstanding the conditions of their intended applications.
7. How does quality control ensure the performance of nylon plastic cable glands in real-world applications?
By performing strict quality control tests, including those for IP68 ratings and mechanical strength, manufacturers ensure that each nylon plastic cable gland will perform reliably in the field, whether exposed to harsh weather, chemicals, or mechanical stress, providing safety and longevity in installations.
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