Premium Nylon 66 Extruded Black Rod - High Strength, Durable Engineering Plastic with Excellent Abrasion Resistance

This premium Nylon 66 extruded black rod is a high-strength engineering plastic designed for demanding mechanical applications. Offering an excellent balance of rigidity, impact resistance and wear performance, it is widely used as a lightweight alternative to metal in machined components and structural parts.

With outstanding abrasion resistance and low friction characteristics, this Nylon 66 rod is ideal for producing bushings, rollers, guides, spacers and other precision-engineered items. Available in a choice of diameters from 10 mm to 22 mm (with additional larger sizes also offered) and standard lengths of 1000 mm, 2000 mm and 3000 mm, it provides a versatile stock material for maintenance, repair and OEM production environments.

Product Features

• Manufactured from high-quality Nylon 66 (polyamide 66) for superior mechanical strength and stiffness.
• Supplied in solid black extruded rod form for easy turning, milling, drilling and general machining.
• Range of diameters including 10 mm (pack of 8), 16 mm (pack of 3), 18 mm (pack of 2), 20 mm (pack of 2), 22 mm (pack of 2) plus additional larger options.
• Standard rod lengths of 1000 mm, 2000 mm and 3000 mm to suit both small-scale and larger fabrication projects.
• Excellent abrasion and wear resistance for moving parts such as bearings, rollers and guide elements.
• Good impact strength and dimensional stability under load for reliable performance in engineering assemblies.
• Black colour for a clean, professional appearance and improved UV resistance compared with natural grades.

Key Features and Benefits

• Replaces metal in many applications, helping to reduce component weight, minimise noise and simplify machining.
• Outstanding wear resistance extends service life of high-contact parts, reducing downtime and maintenance costs.
• Low coefficient of friction promotes smooth movement and reduces the need for additional lubrication in many applications.
• High mechanical strength and rigidity provide secure, reliable performance even under continuous loading.
• Good machinability allows accurate, repeatable production of custom parts using standard workshop equipment.
• Available in multiple diameters and lengths so you can optimise material usage and reduce waste on each project.

Specifications

Applications and Ideal Uses

This high-performance Nylon 66 black rod is suitable for a wide range of industrial, mechanical and fabrication tasks where durable, low-friction parts are required.

• Machined bushes, bearings and spacers in conveyors, handling systems and production machinery.
• Rollers, wear strips and guide rails in packaging, printing and processing equipment.
• Custom jigs, fixtures and support components in workshops and maintenance departments.
• Lightweight replacement parts for metal components in automotive, agricultural and industrial machinery.
• General engineering projects, prototyping and OEM component manufacture requiring robust plastic stock.

Frequently Asked Questions

Can this Nylon 66 rod be machined using standard metalworking tools?

Yes, the rod can be machined using conventional workshop tools such as lathes, mills and drills. Sharp tooling and appropriate cutting speeds are recommended to achieve a clean finish and maintain dimensional accuracy.

Is the Nylon 66 rod suitable for outdoor use?

The black Nylon 66 rod offers improved resistance to UV compared with natural grades and can be used outdoors in many situations. However, long-term exposure to weathering and sunlight may still affect properties, so performance should be checked for critical applications.

How do I choose the correct diameter and length for my project?

Select a diameter that provides sufficient material to machine your finished part while minimising waste. Consider the maximum finished size, tolerance requirements and any allowance for facing or trimming. Choose the nearest standard length (1000 mm, 2000 mm or 3000 mm) that allows you to produce all required components efficiently from each rod.