H&R Wheel Bolts Type 14 x 1.5 Length 54mm Head 19mm Porsche- Silver
$34.99
H&R offers a large selection of specialty wheel tightening bolts, studs, and lug nuts, available with a multitude of thread sizes and seat types. Lug nuts, bolts, and studs, may be used as replacement parts or with other H&R products. It's always a good idea to have a couple extras on hand!
H&R Special Springs
The H&R Wheel Bolts Type 14 x 1.5 are designed to provide a secure and reliable fit for Porsche vehicles. Crafted with precision, these wheel bolts feature a 54mm length and a 19mm head, ensuring compatibility with a variety of wheel applications. Constructed from high-quality materials, they offer durability and resistance to corrosion, making them ideal for both replacement and upgrade purposes.
H&R specializes in manufacturing specialty wheel fasteners, including lug nuts, bolts, and studs, with various thread sizes and seat types. These wheel bolts can serve as direct replacements or complement other H&R products, providing a seamless upgrade to your vehicle’s wheel assembly. Having a few extras on hand is recommended for convenience during tire swaps or maintenance.
Designed with precision threading of 14 x 1.5, these bolts ensure a snug fit for Porsche wheels, maintaining safety and performance. Their silver finish not only enhances aesthetics but also adds a layer of corrosion resistance, ensuring longevity in different driving conditions. Whether you're restoring a classic Porsche or upgrading your current setup, these bolts offer a dependable solution for secure wheel attachment.
Features:
- Thread Size: 14 x 1.5 for secure fit
- Length: 54mm to fit various Porsche wheel applications
- Head Diameter: 19mm for proper seating
- Finish: Silver for corrosion resistance and aesthetic appeal
- Material: Durable construction designed for automotive use
- Compatibility: Suitable for Porsche vehicles and other compatible models
- Versatile: Can be used as replacement parts or with other H&R products
- Reliable Fastening: Ensures safety and performance during driving
