Rubber Socket Head Cap Screw, Gold Plated, 4.25in Length, Pkg Qty 6

Overview

This specialized fastener is engineered for industrial

applications

requiring superior vibration damping, electrical insulation, and corrosion resistance. Unlike traditional metal hardware, this socket head cap screw is constructed entirely from high-grade rubber with a gold-plated exterior finish. The unique combination of materials provides effective noise isolation and prevents galvanic corrosion when joining dissimilar metals. With an overall length of 4.25 inches, this component serves as a critical solution for sensitive assemblies where non-metallic structural integrity and reliable conductivity are paramount. Each package contains six units, offering a ready-to-deploy solution for maintenance and manufacturing operations demanding precise environmental protection.

Key Features

High-grade rubber construction delivers exceptional vibration absorption and shock mitigation Gold-plated finish ensures reliable electrical conductivity and robust corrosion resistance 4.25-inch length accommodates deep mounting requirements in thick assemblies Non-metallic body effectively isolates noise and eliminates galvanic corrosion risks Socket head design allows for high-torque installation using standard Allen keys Ideal for sealing

applications

where traditional steel or stainless steel fasteners fail Package quantity of six supports immediate deployment for pilot runs or repairs

Specifications

System of Measurement: Imperial

Material

High-Grade Rubber Finish: Gold Plated Overall Length: 4.25 inches Drive Type: Socket Head (Allen)

Material

Grade: N-Class Elastomer Thread Size: Non-standard rubber form factor Pack Quantity: 6 units per package

Applications

Sensitive electronic enclosures requiring EMI shielding and grounding Marine environments where saltwater corrosion compromises metal fasteners Heavy machinery mounts needing significant vibration dampening to reduce wear Chemical processing equipment exposed to corrosive agents that degrade steel Audio and acoustic installations requiring complete noise isolation between components Automotive testing rigs where electrical insulation prevents short circuits Food and beverage processing lines requiring non-reactive, easy-to-clean sealing points Renewable energy assemblies subject to constant thermal expansion and contraction cycles