Feature images are indicative only. Refer to technical drawing for final dimensions.
| Box quantity | 500 |
|---|---|
| Comment | raised ring, rubber |
| Height | 21 |
| InnerDiameter | 16.3 |
| Material | Plastic |
| OuterDiameter | 38.1 |
| Coating | View details |
Richard, our product expert on external threaded fasteners is ready to answer all your questions.
The RAD ROD ISOLATOR (SP00866ADD) is an essential component for ensuring the durability and stability of mechanical assemblies. Made from robust plastic, this spacer is designed to maintain optimal alignment while reducing friction between components. Featuring a raised rubber ring, it offers enhanced resilience and vibration absorption, crucial for demanding applications.
With a height of 21 mm, an inner diameter of 16.3 mm, and an outer diameter of 38.1 mm, it fits seamlessly into a variety of assemblies. Each box contains 500 units, ensuring ample supply for large-scale projects. Sourced by DTNA, Tiers, this isolator guarantees quality and reliability. Ideal for automotive industries, where precise component separation and alignment are key, it supports long-term functionality and reduces wear, making it a preferred choice for technicians and engineers.
The RAD ROD ISOLATOR stands out for its adaptability and efficiency. Its design ensures effective noise reduction, making it an excellent choice for environments requiring minimal disturbances. Additionally, the high-quality plastic material provides superior resistance to various environmental conditions, ensuring longevity and consistent performance even under challenging conditions.
Furthermore, the easy installation process of the RAD ROD ISOLATOR makes it a convenient choice for both small-scale repairs and extensive industrial usage. Its precise dimensions and durable build allow it to integrate smoothly within complex mechanical systems, offering peace of mind and reducing maintenance efforts. This reliability makes it a cost-effective solution for maintaining the integrity of various assemblies.
