RS PRO Bright Zinc Steel Hex Socket Countersunk Screw M10 x 25 mm 822-9271

RS PRO 822-9271 Hex Socket Countersunk Screw M10 x 25 mm is a precision engineered metric threaded fastener produced with bright zinc plated steel to provide excellent corrosion resistance and a quality finish. The hex socket countersunk head design allows the screw to sit flush or below the surface, ideal for applications that require a smooth finish.

Manufactured from grade 10.9 steel, this socket countersunk screw offers a nominal tensile strength of 1040 N/mm² and yield strength of 940 N/mm², ensuring durability and reliability in demanding industrial environments. The bright zinc plating extends the lifespan by protecting against rust and corrosion, making it suitable for both indoor and mildly corrosive environments.

Fully compliant with DIN 7991 standards, the screw is designed for consistent dimensions and mechanical properties, making it a trusted choice for a variety of industrial fastenings. The M10 thread diameter and 25 mm length accommodate medium-sized fastening requirements in machinery, equipment assembly, electronic enclosures, and general panel building needs.

This fastener can be tightened or loosened easily using an Allen key or hex wrench, providing versatility and ease of installation. Typical applications include machine tooling, domestic equipment, security guarding, automotive assembly, and various maintenance and repair operations.

The hex socket countersunk head allows for a neat, flush finish when installed. Bright zinc plated steel material provides corrosion resistance and durability. Grade 10.9 steel construction with high tensile and yield strengths.

Compatible with standard hex keys for quick fastening. Meets DIN 7991 standard for mechanical and dimensional quality. Suitable for industrial, electronic, automotive, and domestic applications. Widely used across manufacturing, maintenance, and assembly tasks.

Explore a wide range of industrial fasteners including RS PRO Socket Screws at EnvMart for reliable quality and performance across multiple applications.