HARWIN Threaded Standoff M2.5, 6 mm Body Length, Brass Hexagonal Spacer Nickel Finish R25-1000602

HARWIN R25-1000602 Threaded Standoff M2.5 is a precision-engineered brass hexagonal spacer featuring a 6 mm body length and nickel plating for enhanced corrosion resistance. Designed for female/female threaded fastening applications, this standoff offers reliable mechanical support in electronic assemblies, industrial machinery, and mechanical equipment.

The hexagonal shape with a 5 mm across-flat dimension allows for easy installation and removal using standard wrenches, ensuring secure and stable connections. The dual M2.5 thread size fits female connectors on both ends, providing versatile utility in precise spacing and mounting scenarios.

Manufactured in the United Kingdom, this component adheres to strict quality standards and is RoHS compliant, making it suitable for environmentally conscious industrial applications. Its compact 5 mm outside diameter and durable brass construction provide excellent mechanical strength while maintaining lightweight characteristics.

This Threaded Standoff finds use across electronics manufacturing, mechanical fastening, PCB mounting, and various assembly processes requiring reliable spacing and fixture components.

The standoff is made from durable brass material for long-lasting performance. The hexagonal shape provides secure fastening and easy wrench access. Nickel plating enhances corrosion resistance for industrial environments.

The body length is precisely 6 mm for accurate spacing in assemblies. Thread size M2.5 on both ends supports female/female connections. 5 mm hex size across flat ensures compatibility with standard tools. 5 mm outside diameter optimizes compact spacing without sacrificing strength.

RoHS compliant, meeting environmental and safety standards. Manufactured in the United Kingdom, ensuring high quality production. Explore the extensive range of industrial fasteners at EnvMart for complementary components and ordering solutions that fit your precise technical requirements.