ARP 200-8687 3/8 ID 3/4 OD Flat Washers Black Oxide Chromoly Set of 10
The ARP 200-8687 flat washers are engineered from high-grade chromoly steel, specifically designed to meet the demanding needs of automotive applications. With a 3/8 inch inner diameter and a 3/4 inch outer diameter, these washers provide the perfect fit for various fasteners, allowing for effective load distribution when securing components. Their black oxide finish not only enhances the aesthetic appeal but also offers superior corrosion resistance, making them ideal for use in harsh environments.
Flat washers play a crucial role in ensuring that bolts and screws are held securely in place, reducing the risk of loosening due to vibration or environmental factors. The ARP flat washers help to prevent damage to the surfaces being fastened, distributing the load over a larger area and thus minimizing the chances of surface embedment and material fatigue. This feature is particularly important in high-performance automotive applications, where reliability and robustness are essential.
These washers are part of a set of 10, allowing for multiple uses or replacements during routine maintenance and repairs. By choosing ARP products, you are opting for quality and precision, as they are trusted by professionals and enthusiasts alike for their excellent performance and durability.
FITMENT:
The ARP 200-8687 flat washers are compatible with a variety of automotive fastener applications, particularly those requiring a 3/8 inch ID washer. They are best suited for use in performance vehicles and projects where secure fastening is critical.
Key Features & Benefits
- Constructed from high-quality chromoly steel for increased strength and durability.
- Black oxide finish provides enhanced corrosion resistance.
- 3/8 inch ID and 3/4 inch OD dimensions ensure precise fitment for various applications.
- Set of 10 allows for multiple installations or replacements.
- Reduces risk of loosening due to vibration, enhancing safety and reliability.
- Superior load distribution minimizes surface damage and fatigue.
