M6X15.8mm 304 stainless steel spherical nut with a threaded ball and solid handle. This component is designed for reliable, corrosion resistant performance in mechanical assemblies and DIY projects. The spherical ball feature provides smooth articulation, while the M6 thread matches standard fasteners and fixtures. The through hole and eye sleeve offer convenient options for wire or pin retention, making it versatile for mounting and linkage applications. Key benefits Corrosion resistant: made from 304 stainless steel for durability in challenging environments. Standard thread compatibility: M6 threaded ball works with common M6 hardware and fixtures. Smooth articulation: spherical ball design enables flexible movement in joints and linkages. Easy handling: solid handle provides a firm grip during installation and adjustment. Versatile wiring options: hole eye sleeve allows secure routing or retention of wires, cables, or pins. Consistent performance: precision machining supports reliable, repeatable assemblies. Specifications and attributes Model / size: M6 thread, length 15.8 mm Material: 304 stainless steel Type: spherical nut with threaded ball, solid handle ball punching tapping with hole eye sleeve wire ball Thread: M6 Features: spherical ball for pivoting joints; through hole with eye sleeve for wire/pin retention Applications and use cases Pivot joints in equipment or fixtures: install in a recessed or throughhole mounting to enable smooth angular movement with a secure M6 connection. DIY projects and hardware assemblies: use as a mounting point or end fastener in projects requiring a ballend fastener with threaded compatibility. Wire or pin retention setups: utilize the hole and eye sleeve to route or secure wiring, cables, or retention pins in compact assemblies. Notes Designed to align with standard M6 specifications and 304 stainless steel performance. Suitable for indoor and outdoor or exposed environments where corrosion resistance is beneficial. Ensure proper clearance and mating hole size for fit and function.