PG16 Metal Cable Glands: A Technical Sizing GuideSize PG16 metal cable glands using the 22.5 mm entry thread, cable OD limits, ovality, panel stack and usable thread, with worked selection examples.→Article Author
Henry Xu
With 13+ years in precision metal products, he connects thread standards, machining feasibility and production planning for brass and stainless-steel components.
Articles by this author
Articles by Henry Xu
57 articles about cable-entry products and applications, listed newest first.
The Function of a Stepped Cone for Armoured Cable ClampingLearn how a stepped cone and matching ring grip cable armour, which dimensions control fit, and how sealing, support and bonding complete the termination.→
The Impact of Salt Spray on Nickel-Plated Brass: How Long Can It Last?Compare salt spray on nickel-plated brass under NSS, AASS and CASS. Assess coating damage, interpret test hours, and plan gland installation and maintenance.→
Understanding the Clamping Range of Metric Brass GlandsUnderstand metric brass gland clamping range, compare full cable OD tolerances, calculate fit margins, and choose the right seal and entry length.→
What Does “M20 Cable Gland” Actually Mean? A Spec BreakdownDecode an M20 cable gland: 20 mm nominal entry thread, pitch, usable length, panel hole and cable range. Compare three worked installation choices.→
304 vs. 316L Stainless Steel Cable Glands: Which Grade Delivers Superior Performance for Your Critical Applications?Compare 304 and 316L stainless steel cable glands by alloy identity, local chloride exposure, surface condition, galvanic interfaces, and complete-product evidence.→
A Guide to Metallic Nickel-Plated Brass GlandsSpecify nickel-plated brass cable glands by brass alloy, coating type, significant surfaces, local thickness, adhesion, finished dimensions, and assembly duty.→
Brass Glands for Armored Cables: SWA vs. STA Selection GuideSelect brass glands for SWA or STA cable by matching armour geometry, seal diameters, entry stack, bonding duty, environment, and exact approval scope.→
Brass vs. Stainless Steel Cable Glands: Which Material Delivers Better Performance for Your Industrial Applications?Compare brass and stainless steel cable glands by corrosion, machining, contact resistance, galling, cable fit and practical industrial selection examples.→No articles match this search.