Stay ahead in cable protection. Discover our expert blog covering installation tips, product guides, and emerging trends in cable glands and accessories.
Understanding the critical differences between NPT (National Pipe Thread) and Metric threading systems is essential for US market success—the wrong choice can cost you 15-20% in returns and damage long-term customer relationships.
Cable glands and cord grips are both cable entry devices, but cable glands provide comprehensive sealing, strain relief, and environmental protection with certified IP/NEMA ratings for industrial applications, while cord grips primarily offer mechanical strain relief with basic sealing for lighter-duty applications.
M16 metal cable glands feature 16mm metric threads with 1.5mm pitch, accommodate cables from 6-12mm diameter, and are manufactured in brass, stainless steel, or aluminum alloy materials to provide superior mechanical strength, EMC shielding, and environmental protection for demanding industrial applications.
M20x1.5 refers to a 20mm diameter thread with 1.5mm pitch (fine thread), while M20 typically refers to M20x2.5 with 2.5mm pitch (coarse thread).
M32 cable glands feature a 32mm external thread diameter with 2.0mm pitch, designed to accommodate cable outer diameters typically between 13-24mm depending on the specific model and clamping range.
M63 metal cable glands accommodate large cables with outer diameters from 37mm to 54mm, featuring robust metal construction for heavy-duty industrial applications requiring maximum mechanical strength and environmental protection.
16mm stainless steel cable glands provide superior corrosion resistance and durability for cables with 6-12mm outer diameter, featuring 316L grade stainless steel construction that withstands extreme temperatures from -50°C to +200°C while maintaining IP68 sealing performance.
“Metal Mech” cable glands refer to mechanically-sealed metal cable glands that use compression-based sealing systems rather than adhesive or potting compounds, providing superior reliability and serviceability in demanding industrial applications.
The economics of brass glands isn’t just about finding the cheapest price—it’s about understanding the total cost of ownership, from initial purchase through installation, maintenance, and potential failure costs.
