FOX 234-00-406 Spring Retainer Clip 3.100 OD x .100 THK x .375 TLG Zinc Steel
The FOX 234-00-406 Spring Retainer Clip is a precision-engineered component designed for optimal performance in automotive applications. Featuring an outer diameter of 3.100 inches, a thickness of 0.100 inches, and a total length of 0.375 inches, this retainer clip is crafted from high-quality zinc-coated steel for enhanced durability and resistance to corrosion. Its robust construction ensures that it maintains its shape and functionality under various operating conditions, making it an essential part in assemblies where secure retention is critical.
The primary function of the FOX Spring Retainer Clip is to securely hold components together within an assembly or system. It is typically used in conjunction with shafts, bearings, and housings to prevent axial movement and maintain the integrity of the assembly. Whether you are working on automotive applications or other machinery, this retainer clip provides reliable retention to keep parts in place even under stress or vibration.
Incorporating the FOX 234-00-406 Spring Retainer Clip into your project enhances the overall efficiency and reliability of your assemblies, ensuring that components remain correctly aligned and secured. The use of zinc steel not only offers strength but also extends the lifespan of the part, reducing the need for frequent replacements and maintenance.
FITMENT:
This spring retainer clip is suitable for various applications in automotive systems, particularly where secure fastening of components is required. Please verify compatibility with your specific vehicle or equipment requirements to ensure optimal fit and functioning.
Key Features & Benefits
- Constructed from high-quality zinc-coated steel for corrosion resistance.
- Outer diameter of 3.100 inches for robust fitting in standard applications.
- Thickness of 0.100 inches providing strength without excessive bulk.
- Total length of 0.375 inches designed for secure retention without hindering operation.
- Engineered for reliable performance in high-stress conditions.
