High-quality fastening for a flush finish

This countersunk head hexagon socket bolt M5x35 is made from steel of quality class 8.8, ensuring high tensile strength and reliability. Thanks to the countersunk head, the bolt fits seamlessly onto the surface, resulting in a clean and flush finish.

Specifications

• Material : Steel, quality class 8.8
• Finish : Electrolytically zinc-plated for extra corrosion resistance
• Thread size : M5 with a pitch of 0.8 mm
• Length : 35 mm
• Head diameter : 10 mm
• Wrench size : 3 mm

Applications in the automotive sector

Precision is of great importance in the automotive sector. This hexagon socket bolt is ideal for applications where a flush finish is required, such as mounting body parts or interior components. The high strength class guarantees a strong and durable connection.

Advantages of electrolytic zinc plating

The electrolytic zinc-plated finish provides excellent protection against corrosion, extending the bolt's lifespan even in humid or corrosive environments. This is essential for automotive applications, where exposure to various weather conditions is inevitable.

Compatibility and installation

This M5x35 bolt is compatible with standard M5 threads and can be easily installed with a 3 mm hex key. The countersunk head ensures the bolt sits level with the surface, which is not only aesthetically pleasing but also prevents protruding parts from causing damage or being a nuisance.

Packaging

The bolts are supplied in sets of 20 pieces, making them convenient for both small repairs and larger projects. This ensures you always have enough bolts on hand for your work.

Standards and quality

This hexagon socket bolt complies with DIN 7991 and ISO 10642 standards, ensuring consistency in dimensions and quality. The quality class 8.8 indicates a tensile strength of 800 N/mm², making this bolt suitable for applications where high loads occur.

Important considerations

When using countersunk head hexagon socket bolts, it is important to consider the head geometry. The unfavorable head geometry may limit the load capacity of these screws. Make sure the application is suitable for this type of bolt and that the load remains within the permitted limits.