304 Stainless Steel Double Ended Stud M8, 5-Pack Threaded Rod Connector with Nuts and Washers, Complete Hardware Sets (M8*190 (5 PCS))

Complete 5-Pack: 5 studs + 10 nuts + 10 flat washers + 10 spring washers per order Fully Threaded Design: Adjustable nut placement for flexible fastening and spacing 304 Stainless Steel: All components corrosion-resistant for outdoor and marine use Extensive Length Range: 50mm to 190mm in 5mm/10mm increments for project flexibility Vibration-Resistant: Spring washers prevent loosening under dynamic loads Hidden Connections: Ideal for joining components where through-bolts aren't suitable

• Complete 5-Pack Hardware Sets: Each order includes 5 double-ended studs, and every stud comes with its own hardware kit: 2 nuts, 2 flat washers, and 2 spring washers. This provides a total of 5 studs, 10 nuts, 10 flat washers, and 10 spring washers—everything you need for multiple installations.
• Fully Threaded Versatility: These M8 studs are threaded along their entire length, allowing for adjustable nut placement and flexible fastening. Perfect for creating hidden connections between components, spacing parts precisely, or joining materials where a through-bolt isn't practical or visually desirable.
• 304 Stainless Steel Construction: All components—studs, nuts, and washers—are crafted from corrosion-resistant 304 stainless steel. This ensures excellent durability for outdoor structures, marine environments, coastal installations, and high-humidity applications without rust or premature failure.
• Extensive Length Range: Available in lengths from 50mm to 190mm in 5mm or 10mm increments, offering unparalleled flexibility for various project needs. From compact electronics assemblies to substantial structural frameworks, you'll find the exact length required.
• Vibration-Resistant Fastening: The included spring washers help prevent nuts from loosening under vibration, making these sets ideal for machinery, automotive components, furniture assemblies, and other applications subject to movement or dynamic loads where joint integrity is critical.