fits model: M22.

( Brand: Dayton Parts ), ( Manufacturer Part Number: 13-1588 ), ( Part Type: Wheel ), ( UPC: 601602380882 )
Introducing the Dayton 13-1588 wheel stud, a high-quality automotive component engineered for reliable and secure wheel attachment. This stud is specifically designed for vehicles requiring M22 x 1.5 thread pitch and 3.87 length.
The Dayton 13-1588 wheel stud is manufactured with premium materials, ensuring superior strength and durability. Each stud undergoes rigorous testing to meet stringent quality standards. The studs are made from SAE Grade 5 bolts, which are known for their tensile strength and resistance to fatigue.
The M22 x 1.5 thread pitch on this stud is a common metric used in automotive applications. The pitch measurement refers to the number of threads per inch, and in this case, it's 22 threads per inch. The 1.5 thread diameter is the outer diameter of the threaded portion of the stud.
The 3.87-inch length of this wheel stud is ideal for certain applications, particularly those requiring a longer stud length. The exact length needed can depend on the vehicle's specific wheel and hub configuration.
Installing the Dayton 13-1588 wheel stud is a straightforward process. First, ensure that the vehicle's hub and wheel are clean and free of any debris. Then, align the stud with the wheel hub, and thread it by hand until it engages with the wheel nut. After that, use a torque wrench to tighten the stud to the recommended torque specification. Properly torqued wheel studs ensure optimal wheel security and prevent potential wheel wobble or vibration.
In conclusion, the Dayton 13-1588 wheel stud is a dependable and robust component designed specifically for vehicles requiring an M22 x 1.5 thread pitch and a 3.87-inch length. Its premium construction and rigorous testing ensure reliable performance, making it an excellent choice for maintaining the safety and integrity of your vehicle's wheel assembly.
* **Compatibility:** These wheel studs are designed specifically for vehicles requiring an M22 thread and a 1.5 pitch, making them an ideal fit for certain applications.
* **Durability:** The Dayton 13-1588 wheel studs are made of high-strength steel, ensuring that they can withstand the rigors of daily driving and the occasional rough road.
* **Affordability:** Compared to OEM (Original Equipment Manufacturer) wheel studs, these aftermarket studs are often more affordable, offering a cost-effective alternative for vehicle repairs or upgrades.
2. **Cons:*** **Installation:** Installing wheel studs can be a time-consuming process, especially for those without experience. It is essential to ensure proper torque specifications are met to avoid damaging the studs or the vehicle.
* **Quality Concerns:** While the Dayton 13-1588 wheel studs are generally of good quality, there have been reports of some studs being defective or not meeting the specified thread pitch.
Conclusion:The Dayton 13-1588 wheel studs offer several advantages, including compatibility, durability, and affordability. However, there are potential drawbacks, such as the time-consuming installation process and the risk of receiving defective products.
Recommendation:If you require M22 thread and 1.5 pitch wheel studs for your vehicle and are looking for an affordable alternative to OEM parts, the Dayton 13-1588 wheel studs could be a suitable choice. However, it is crucial to ensure you purchase the studs from a reputable supplier to minimize the risk of receiving defective products. Additionally, consider having the studs installed by a professional to ensure proper torque specifications are met and to save yourself the time and potential frustration of the installation process.
Manufactured following strict OE standards to work like the original component. Engineered using the latest technology to ensure product lasts longer in service. Designed specifically for trucks, trailers, and buses. Engineered with a factory-like design for effortless installation, ensuring perfect match your vehicle.
Made of high-quality components for durability, reliability, and performance.