Screw ISO 7379-10-M8-90 Z041479
Catalog numbers:
- ISO 7379-10-M8-90
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Screw ISO 7379-10-M8-90 Z041479
Screw ISO 7379-10-M8-90 – solid fastening in industry
Screw ISO 7379-10-M8-90 is a high-strength fastening element designed for applications requiring reliable and durable mounting. Made of black oxidized steel, it is characterized by corrosion resistance and an aesthetic appearance. Class 12.9 guarantees high tensile strength, making it ideal for use in machines and equipment exposed to high loads. The cylindrical part with diameter d1 has been ground, ensuring precise fit and easy installation.
Construction and application
This screw, compliant with ISO 7379-10, is widely used in mechanical engineering, machine construction and other applications where a strong and secure connection is required. Its design allows for efficient transfer of forces and torques. Thanks to precise workmanship and high-quality materials, the screw ensures long-term reliability even in harsh operating conditions. It is particularly useful where standard screws do not meet the requirements for strength or corrosion resistance.
Key features and benefits
- High strength: Class 12.9 (tensile strength 1200 N/m2) provides resistance to mechanical damage and high loads. This translates into safety and durability of the structure.
- Corrosion resistance: The oxidized surface of the screw protects it from environmental factors such as moisture or aggressive chemicals.
- Precise workmanship: Ground cylindrical part (d1) guarantees an exact fit to the hole, which facilitates assembly and ensures connection stability.
- ISO 7379 compliance: Ensures compatibility with other fasteners and machines that meet this standard.
- Versatility: Suitable for a wide range of applications in various industries – from machine production to steel structures.
- Durability: The use of high-quality steel and careful workmanship ensure a long service life of the screw, minimizing costs associated with replacing elements.

