Calidad

ISO 9001:2008

Servicio

ODM Y OEM

Certificado

CE、TUV、CB、RoHS

Cable Glands Supplier

Willmall Cable Glands supply corrosion-protected metal cable entries with common thread standards for industrial enclosures, supporting strain relief and environmental sealing.

M18 TR 1
Stainless steel waterproof connector M series M18 offers strong tensile strength and IP68 protection for secure cable installations.Its wide clamping range supports flexible wiring and ensures resistance to corrosion, dust, and chemicals.
M16 TR 1
Stainless steel waterproof connector M series M16 is perfect for outdoor, industrial, and marine use. It offers IP68 protection, strong corrosion resistance, and reliable sealing for safe, long-lasting electrical connections.
M14 TR 1
Stainless steel waterproof connector M series M14 features high toughness, strong pressure resistance, salt and acid resistance, reliable waterproof performance, and easy installation for harsh industrial environments.
Wilmall

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Wilmall Cable Glands Manufacturer

Willmall cable glands support supply continuity for standard industrial specifications, with corrosion-protected metal construction and thread coverage suited to multi-site installation requirements.
  • Metal casing with corrosion-resistant plating for extended service life in humid or corrosive environments
  • Coverage of common thread standards to match widely used panel and enclosure entries
  • Adaptability to varied working conditions across industrial control cabinets and field junction boxes
  • Fast delivery for commonly used specifications to reduce project lead-time risk

What are cable glands used for?

Cable glands are mechanical fittings installed at enclosure or equipment entry points to guide a cable through a wall, provide retention against pull forces, and support sealing at the penetration point where required.

How do cable glands work to secure a cable?

Cable glands typically clamp the cable by compressing a sealing and gripping element around the cable jacket when the gland is tightened, creating a stable cable entry and reducing movement at the termination area.

Which thread standards should be matched when selecting cable glands?

Cable glands should be selected to match the enclosure entry thread standard used on the panel or knockout, and the gland thread must be compatible with the mating hole to ensure proper engagement and mechanical strength.

How should cable glands be installed on an enclosure?

Cable glands are installed by inserting the threaded body through the enclosure entry, securing with a locknut when applicable, and tightening the compression components to achieve the required cable retention and sealing level without damaging the cable jacket.

When are metal cable glands preferred over non-metal options?

Metal cable glands are commonly specified when mechanical robustness is required, when additional resistance to environmental exposure is needed, or when the installation environment includes conditions that can accelerate material degradation.