GB6173/DIN439 Fine Tooth Hexagon Thin Nuts are a kind of hexagon thin nuts with fine threads, usually used in applications where a tighter thread fit is required. This type of nut is characterized by having a thinner thickness and smaller hexagonal head for space-constrained environments.
Material: including carbon steel, alloy steel, stainless steel (such as 304, 316, 316L, etc.) and other materials, the specific selection depends on the working environment and application requirements.
Grade: The product grade is different mechanical properties grade (such as 4.8 grade, 8.8 grade, 10.9 grade,A2-70, etc.), these grades reflect the tensile strength, yield strength and other mechanical properties of the bolt. Different grades are suitable for different load bearing requirements and working environments.
Advantage:
1.Fine tooth design: Provides finer adjustment and tighter fit. 2. Thin design: Suitable for space-constrained environments, reducing the amount of assembly space occupied. 3. Hexagonal head: Provides greater driving torque and reduces the risk of slipping teeth.
Scope of
Application
1.Mechanical equipment: used in mechanical equipment for fixing components that require fine threads and thin designs. 2. Electronic and electrical equipment: Used in electronic and electrical equipment for assembly of components where space is limited. 3. precision instruments: in precision instruments, used to ensure accurate fixing of component.
Main Features: Easy to install, integrity, no gasket, easy to remove, reusable, medium carbon steel can be made with 8.8, Class 10.9 and other high strength bolts are used in connection with the United States military - MIL-STD 1312 Vibration Test.
Applications: Automotive industry -- cars, trucks, buses, compressors, construction machinery, wind power equipment, fasteners, agricultural machinery, casting industry, drilling equipment, shipbuilding industry, military, mining equipment, oil drilling RIGS (onshore or offshore), public rail transit, transmission systems, metallurgical equipment.
