HARWIN M3 x 0.5 Threaded Standoff Hexagonal Brass Spacer 5 mm Body 6 mm Stud Nickel Finish R30-3000502

HARWIN R30-3000502 is a high-quality threaded standoff manufactured from brass with a nickel finish to ensure durability and corrosion resistance. Featuring M3 x 0.5 male and female threads, this hexagonal spacer possesses a 5 mm body length with a 6 mm stud, making it suitable for precise mechanical and electronic assembly applications.

This threaded standoff is designed with a 5 mm hex size across flats, allowing for easy tightening and loosening using standard tools. Its nickel plating not only provides enhanced corrosion protection but also ensures longevity in demanding industrial environments.

Compliant with RoHS standards, this product is ideal for industries requiring environmentally safe components. It is widely used in mechanical assemblies, fluid power systems, and fastener applications where secure spacing and alignment are critical.

The standoff facilitates reliable male/female thread connections, enabling versatile fastening solutions in electronic enclosures, PCB mounting, and industrial machinery. The compact dimensions optimize space while providing robust mechanical support.

Manufactured in the United Kingdom, this standoff exemplifies precision engineering and material quality consistent with HARWIN standards. Its nickel finish and brass construction combine strength with corrosion resistance to meet varied industrial requirements.

Constructed from durable brass material providing strength and corrosion resistance. Features M3 x 0.5 male and female threads for secure fastening. 5 mm hex size across flats ensures easy installation with standard tools.

Nickel plating enhances corrosion resistance for prolonged use. Body length of 5 mm with a stud length of 6 mm ideal for precise spacing requirements. Certified RoHS compliant to meet environmental standards. Explore more Threaded Standoff products in the Industrial Fasteners category on EnvMart to find precision components tailored for your industrial and mechanical applications.