Feature images are indicative only. Refer to technical drawing for final dimensions.
| Box quantity | 5 |
|---|---|
| Height | 15.7 |
| InnerDiameter | 10.4 |
| Material | Aluminium |
| OuterDiameter | 35.1 |
| Coating | View details |
Richard, our product expert on external threaded fasteners is ready to answer all your questions.
The 0.41x0.62x1.38 SPCL RND TUBULAR SPCR ALUM, part number SP00870ANN, is crafted for precise alignment and reliable spacing in mechanical assemblies. Made from high-quality aluminum, this spacer combines lightweight performance with exceptional strength, making it ideal for applications where reducing weight is crucial. The spacer measures 0.41 inches in inner diameter, 0.62 inches in outer diameter, and stands 1.38 inches high, ensuring accurate distance between components.
Designed to maintain consistent gaps and reduce friction, this spacer is perfect for intricate engineering projects. Sourced by DTNA, it meets high industry standards, ensuring durability and reliability. Available in a box quantity of five, it's a practical solution for both small and large-scale projects. Each piece is engineered to fit seamlessly into your designs, providing stability and prolonging the life of your assemblies.
Leveraging the strength of aluminum, this spacer also features a specialized coating, enhancing its resistance to wear and mechanical stress. Its precision engineering not only supports load distribution but also aids in the proper alignment necessary for complex mechanical systems. Whether used in automotive, industrial, or custom applications, this tubular spacer is an essential component for achieving optimal performance and durability.
The cylindrical design of this spacer ensures ease of installation and compatibility with various systems. Its robust construction allows it to withstand challenging environments while maintaining its integrity. By choosing this precisely measured spacer, you ensure the longevity and efficiency of your mechanical setups, preventing misalignment and unwanted friction in demanding conditions.
