Robust hex socket head bolts for various applications

These hex socket head bolts with a cylindrical head are made from class 8.8 steel, ensuring high tensile strength and reliability in a wide range of uses. The electrolytic zinc plating provides excellent corrosion protection, making the bolts suitable for both indoor and outdoor applications.

Specifications

• Diameter : M6
• Length : 35 mm
• Strength class : 8.8
• Drive type : Hex socket (Allen)
• Head shape : Cylindrical head
• Material : Steel
• Surface treatment : Electrolytic zinc plated
• Thread direction : Right

Standards and quality certifications

These bolts comply with the DIN 912 standard, ensuring consistent quality and dimensions. They also meet the following international standards:

• ISO : 4762
• NEN : 1241
• BS : 4168-1
• ASME : B18.3.1M

Application possibilities

Thanks to their robust construction and corrosion-resistant finish, these hex socket head bolts are ideal for:

• Automotive sector : Fastening engine parts, chassis components, and bodywork.
• Mechanical engineering : Assembly of machines and equipment where high tensile strength is required.
• Construction sector : Fastening metal structures and installations.

Advantages of electrolytic zinc plating

Electrolytic zinc plating offers several advantages:

• Corrosion protection : Forms a protective layer that prevents rust formation.
• Aesthetic appearance : Gives the bolts a shiny, silver-colored finish.
• Durability : Extends the lifespan of the bolts, even in humid or corrosive environments.

Packaging and availability

These hex socket head bolts are supplied in sets of 20 pieces, packaged for easy use and storage. They are immediately available for fast delivery, so your projects can continue without delay.

Important considerations when using

When installing these bolts, it is essential to use the correct tool, such as a 5 mm Allen key, to prevent damage to the hex socket. Make sure the bolts are tightened correctly according to the recommended torque for class 8.8 bolts to ensure optimal performance and safety.