Grade 4.8 Hexagon Socket Bolts, Galvanized

Product Details
Customization: Available
Material: Carbon Steel
Type: Hexagon Head
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  • Grade 4.8 Hexagon Socket Bolts, Galvanized
  • Grade 4.8 Hexagon Socket Bolts, Galvanized
  • Grade 4.8 Hexagon Socket Bolts, Galvanized
  • Grade 4.8 Hexagon Socket Bolts, Galvanized
  • Grade 4.8 Hexagon Socket Bolts, Galvanized
  • Grade 4.8 Hexagon Socket Bolts, Galvanized
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Basic Info.

Model NO.
16*80
Connection
Common Bolt
Head Style
Hexagonal
Standard
DIN, GB
Grade
4.8
Transport Package
Ocean Freight, Pallets
Specification
M3-M20
HS Code
73181600
Production Capacity
500000

Product Description

Grade 4.8 Hexagon Socket Bolts, Galvanized
Grade 4.8 Hexagon Socket Bolts, Galvanized
Grade 4.8 Hexagon Socket Bolts, Galvanized

 

Item Captivating Description
Product Name 4.8-Grade Galvanized Hexagonal Bolt: A Solid Choice for Quality Assurance!
Material Crafted from high-quality carbon steel, ensuring superior toughness and durability for long-lasting performance!
Galvanized Process Advanced hot galvanization technique creates a dense zinc coating, providing excellent corrosion and rust resistance for a fresh-like appearance!
Complete Specifications Available in diameters ranging from M1.6 to M64 with customizable lengths, meeting various application needs for your convenient selection!
Outstanding Strength Boasting a 4.8-grade high strength, it exhibits robust durability, providing solid support for your equipment and components!
Elegant Design Hexagonal design allows for easy tightening and loosening with various tools, enhancing your work efficiency and convenience!
Wide Application Ideal for various industries including construction, machinery, electricity, and transportation, it serves as your reliable assistant for connecting and securing equipment!
Quality Assurance We strictly control product quality, ensuring that each bolt meets industry standards, giving you peace of mind with every purchase and use!

 





Nut, as an important part of fasteners, is widely used in various industries and fields. It is usually used in conjunction with bolts or screws to realize the tight connection of two or more objects by rotation. The following will introduce nuts and their application scenarios in detail.

I. Basic structure and characteristics of nuts

The basic structure of a nut includes a threaded part and a mounting surface. The threaded part is used to match with the threads of the bolt or screw to realize fastening through rotation; the mounting surface provides a platform for contact with the connecting parts to ensure the stability and reliability of the connection.

Key features of nuts include:

Strong versatility: the nuts have a variety of models and specifications, which can be adapted to bolts or screws of different sizes and materials to meet various connection requirements.
High reliability: the nuts are manufactured with high precision and the threads fit tightly, which can provide reliable tightening force and ensure the stability of the connection.
Easy to install and dismantle: through simple rotary operation, the nut can easily realize the installation and dismantling of fasteners and improve work efficiency.
Application Scenarios of Nuts

Nuts play an important role in many fields due to their excellent fastening performance and wide range of applications. The following are a few typical application scenarios:

Mechanical manufacturing industry: In mechanical equipment, nuts are widely used in various connection parts, such as bearing housing, gear box, transmission device and so on. They ensure the solid connection of mechanical parts and guarantee the normal operation and precision requirements of the equipment.

Construction: In the construction field, nuts are commonly used in steel structure connection, bridge installation, pipe fixing and other scenarios. They can withstand large loads and vibrations, ensuring the stability and safety of building structures.

Automotive Industry: Nuts play a vital role in the automotive manufacturing process. They are used in the connection of engine, chassis, body and other components to ensure the solidity of the automobile structure and driving safety.

Electronic industry: In the process of electronic equipment assembly, nuts are used for circuit boards, components, connectors and other parts of the fixed. They ensure the stability and reliability of electronic equipment and prevent equipment damage caused by vibration or shock.

Aerospace: In the aerospace sector, the requirements for nuts are even more stringent. They need to withstand extreme temperatures, pressures and vibration environments to ensure the safety and reliability of the aircraft.

Third, the selection and installation considerations

When selecting and installing nuts, you need to pay attention to the following matters:

Select the appropriate type and specification of the nut according to the usage scenario to ensure its match with the bolt or screw.
Pay attention to the material selection of the nut to ensure that its corrosion resistance and strength meet the use requirements.
During installation, ensure that the threads of the nut and the bolt or screw are closely matched to avoid loosening and slipping.
Regularly check the tightening status of the nut, if loose should be tightened in time to ensure the reliability of the connection.
In summary, the nut as an important fastener, plays a key role in various fields. Correct selection and use of nuts is important to ensure the stability and safety of the equipment.


 

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