Value Collection KP82450 M6x1.00 Button Cap Screw 25mm 18-8 Ss 25pk

Product Description

The VALUE COLLECTION KP82450 is a partially threaded button socket cap screw in M6x1.00 thread size with a 25mm length under head. Made from 18-8 stainless steel (A2 material grade), it carries a bright, uncoated finish and is driven by a 4mm hex socket. This fastener meets ISO 7380 standards and uses a metric thread fit class of 4G/6G with a right-hand thread direction. It is suited for industrial, mechanical, and equipment assembly applications where a low-profile head and corrosion-resistant material are required. Each package contains 25 screws.

The KP82450 is appropriate for use in general mechanical assembly, enclosures, brackets, and light structural connections where an M6 metric fastener is specified. The button head profile reduces the installed height compared to a standard cap screw, making it a common choice in tight clearance environments. Maintenance technicians, machinists, and equipment assemblers working with metric hardware will find this fastener applicable across a wide range of industrial and commercial equipment contexts.

Key Features

• M6x1.00 metric thread, partially threaded shank, 25mm length under head
• 18-8 stainless steel construction, A2 material grade for corrosion resistance
• Button head profile for low installed height in tight clearance applications
• 4mm hex socket drive for precise torque application with standard hex keys or socket drivers
• Meets ISO 7380 fastener standard with 4G/6G thread fit class
• Bright, uncoated finish; right-hand thread direction

Compatibility

Designed as an ISO 7380-compliant metric button socket cap screw for any application specifying an M6x1.00 fastener with a 25mm length under head and hex socket drive.

Installation Notes

Install using a 4mm hex key or socket driver rated for the required torque. Ensure mating threads are clean and free of debris before installation. Do not use an impact driver at high speed with stainless steel fasteners, as galling of the threads can occur. Confirm the thread engagement depth and clearance in the mating part before final assembly.