S-95868A650 1/2"-13 x 1 1/4" Plastic Socket Head Screws

Key Features & Benefits at a Glance

• Superior corrosion resistance from Nylon Plastic material, eliminating rust and chemical degradation in harsh environments
• Excellent electrical insulation properties for safe use in electrical assemblies and sensitive electronic applications
• Secure hex drive installation with 3/8" drive size providing reliable torque transmission and reduced stripping risk
• Wide temperature tolerance (-40° to 140°F) for consistent performance across diverse operating conditions
• Precision Class 2A thread fit ensuring smooth assembly and reliable fastening in UNC coarse thread applications
• Full threading along 1-1/4" length for maximum grip strength and adjustable positioning capability
• Environmental compliance with RoHS 3 standards for sustainable manufacturing and global market acceptance

Professional Applications & Engineering Value

Engineered for demanding industrial environments, this Nylon Socket Head Cap Screw solves critical challenges where metal fasteners fail. The Nylon Plastic construction provides inherent corrosion resistance in chemical processing, marine, and outdoor applications while offering essential electrical insulation for electrical enclosures, control panels, and electronic assemblies. The 1/2"-13 UNC coarse thread with Class 2A fit ensures rapid installation in plastics, composites, and soft metals without thread stripping. The 3/8" hex drive socket head delivers secure tool engagement in confined spaces, making it ideal for machinery, automotive components, and equipment where conductivity or galvanic corrosion must be avoided.

Specification Summary & Compliance

This fastener features 1/2"-13 UNC coarse threads with Class 2A tolerance for precise fit, manufactured to inch system standards with right-hand threading. The fully threaded design maintains consistent engagement along the entire 1-1/4" length. Compliance includes RoHS 3 (2015/863/EU) environmental standards, ensuring restriction of hazardous substances for global industrial applications. Temperature performance is rated for continuous operation from -40° to 140°F without material degradation.