Essentra Nylon Threaded Standoff M3 with 25 mm Hex Body, Female/Female Thread HTSN-M3-25-6-1

Essentra HTSN-M3-25-6-1 is a high-quality threaded standoff designed for industrial fastening and spacing applications. Constructed from robust nylon material, this female/female threaded standoff features a 25 mm long hexagonal body with a 6 mm size across flats, facilitating secure and easy tightening with standard wrenches.

The M3 thread size on both ends offers compatibility with standard M3 screws and bolts, making it an ideal component for mechanical assemblies, electrical equipment, and fluid power systems. The nylon construction provides excellent corrosion resistance, electrical insulation, and lightweight properties, enhancing the durability and safety of assemblies in demanding environments.

Compliant with RoHS standards and manufactured in Germany, the product assures environmental safety and superior manufacturing quality. Its 25 mm outside diameter supports precise spacing between components while maintaining structural integrity.

This standoff is commonly used in industrial machinery, electrical panel construction, and equipment mounting where precise spacing and reliable fastening are crucial. Its hex shape body ensures a firm grip and preventing loosening under vibration or mechanical stress.

Constructed from durable nylon material suitable for various industrial uses. Features female/female M3 thread size for secure mounting. Hexagonal body shape with 6 mm across-flat size for optimal wrench fitting. 25 mm body length with 25 mm outside diameter provides precise spacing.

Meets RoHS compliance standards ensuring environmental safety. Manufactured in Germany, ensuring high-quality standards. Ideal for use in mechanical, electrical, and fluid power assemblies. Lightweight plastic spacer offering corrosion resistance and electrical insulation.

Explore more industrial fastening solutions and high-quality nylon Standoffs in the Industrial Fasteners category at EnvMart for reliable and efficient assembly components.