Robust hex bolt for reliable connections

This hex bolt with hexagonal head is made from steel of strength class 8.8 and complies with the DIN 933 standard. With a diameter of M12 and a length of 150 mm, this bolt is ideal for various applications in the automotive sector.

Fully metric thread for secure fastening

The bolt features a full metric thread with a pitch of 1.75 mm, ensuring a strong and reliable fastening. The thread length is 150 mm, equal to the total length of the bolt.

Hexagonal head for easy assembly

Equipped with a hexagonal head with a width across flats of 19 mm and a head height of 7.5 mm, this bolt allows for easy assembly and disassembly with standard tools.

Electrolytically zinc-plated for corrosion resistance

The electrolytic zinc plating provides effective protection against corrosion, making the bolt suitable for use in environments where exposure to moisture and other corrosive elements occurs.

Specifications

• Material: Steel 8.8
• Standard: DIN 933 / ISO 4017
• Thread size: M12
• Length: 150 mm
• Width across flats: 19 mm
• Head height: 7.5 mm
• Surface treatment: Electrolytically zinc-plated

Applications in the automotive sector

This hex bolt is suitable for various applications within the automotive sector, such as mounting engine parts, chassis components, and other structural connections where a strong and durable fastening is required.

Packaging

The bolts are supplied in a package of 50 pieces, which is convenient for both professional garages and DIY enthusiasts who need multiple fastenings.

Compatibility with nuts and washers

For optimal fastening, it is recommended to combine this bolt with matching M12 nuts and washers, such as:

• Hex nut DIN 934-8 M12 zinc-plated
• Spring washer DIN 127B M12 zinc-plated
• Flat washer DIN 125A M12 zinc-plated

These accessories ensure a safe and reliable assembly.

Quality and reliability

With a strength class of 8.8, this bolt offers an excellent balance between strength and flexibility, essential for applications where high tensile and shear forces occur.