Imperial Nylon Socket Head Cap Screws Size 3 Pkg Qty 8

Overview

These Imperial nylon socket head cap screws are engineered for

applications

requiring non-conductive, lightweight, and corrosion-resistant fastening solutions. Featuring a #3 thread size, these components are specifically designed to replace metal hardware in sensitive electronic assemblies, medical devices, and chemical processing equipment where galvanic corrosion or electrical interference must be eliminated. The socket head design facilitates high torque installation within confined spaces while maintaining a sleek, low-profile appearance. Supplied in convenient packages of eight units, these fasteners offer reliable performance in harsh environments where traditional steel or aluminum screws would fail due to oxidation or chemical degradation.

Key Features

Superior electrical insulation properties prevent short circuits in electronic enclosures Complete resistance to rust, solvents, acids, and alkalis ensures longevity in corrosive settings Non-magnetic composition ideal for MRI machines and sensitive instrumentation Lightweight nylon construction reduces overall assembly weight without sacrificing holding power Socket drive allows for precise torque application in tight or recessed mounting locations Eliminates galvanic corrosion when joining dissimilar metals such as copper and aluminum Smooth surface finish minimizes friction and prevents damage to mating surfaces

Specifications

System of Measurement: Imperial

Material

Nylon

Material

Grade: Standard Nylon (Grade N) Thread Size: #3 Drive Type: Internal Hex Socket Finish: Natural Uncoated Nylon Package Quantity: 8 Units per Pack Length: Standard industry proportion for #3 socket head cap screws

Applications

Printed circuit board (PCB) mounting and electronic enclosure assembly Medical imaging equipment and diagnostic device manufacturing Chemical processing pumps, valves, and fluid handling systems Food and beverage processing machinery requiring non-toxic, washdown-safe hardware Aerospace interior components where weight reduction and non-conductivity are critical Marine environments exposed to saltwater and high humidity Laboratory equipment subject to frequent exposure to aggressive cleaning agents