Various thread specifications of 2002.006.000 series fasteners

Thread is a crucial part of the design of connectors. It determines the matching mode between bolts and nuts, the transmission effect of fastening force and the stability of connection. In the field of industry and machinery, the specification of thread directly affects the performance of the product, especially in high-load or precision assembly environment, the quality and selection of thread are particularly critical. Therefore, choosing the right thread specification is an important factor to ensure assembly quality and improve work efficiency.
The 2002.006.000 series fasteners provide a variety of thread specifications, mainly including: M3, M4 and 10-32. These specifications cover a variety of needs from micro to medium-sized connections and can meet the requirements of different fields and applications.

The M3 specification in the 2002.006.000 series (product number: 2002.006.000) is suitable for the fastening needs of micro and precision equipment. The outer diameter of the M3 thread is 3 mm, which is usually used in small electronic products, computer accessories, communication equipment and other fields. Especially in environments with limited space or high precision assembly requirements, the M3 thread can provide a very stable connection.
Wide range of applications: M3 threads are often used in smartphones, laptops, cameras, home appliances and other products because of their small size and exquisiteness. They can meet the needs of devices that require smaller fasteners.
High precision and stability: M3 thread fasteners can provide very precise fits and are suitable for high-precision devices with strict dimensional requirements. For example, in computer hardware assembly, M3 fasteners ensure the accuracy of the installation position, thereby ensuring the stability and performance of the system.
Anti-vibration and anti-loosening: In many precision equipment, M3 thread specifications can effectively prevent loosening problems caused by vibration or external impact, and improve the reliability of equipment use.

The M4 thread specification in the 2002.006.000 series (product number: 2002.006.001 and 2002.006.002) is one of the main specifications in the series, with an outer diameter of 4 mm, and is widely used in various general fastening needs. The design of the M4 thread is suitable for connections that require higher load-bearing capacity and tensile strength, and has stronger adaptability and can play a role in different types of products.
Wide applicability: M4 thread is widely used in home appliances, auto parts, mechanical equipment, building materials and other fields. It can provide reliable connection and is not easily affected by environmental factors.
Higher fastening force: Compared with M3, M4 thread has a larger contact area, so it can withstand greater loads and is suitable for medium-sized machinery or automobiles, etc., which require higher fastening force.
Standardization and compatibility: M4 is a standard thread specification widely used worldwide. Almost all industrial production lines and tools are compatible with it, which makes it very versatile in production and maintenance.

The 10-32 specification in the 2002.006.000 series (product number: 2002.006.003) is a thread specification that meets American standards. The outer diameter of the 10-32 thread is 0.190 inches (about 4.83 mm), with 32 threads per inch, and is widely used in the industrial and electronic fields of the United States and international markets. It is commonly used type of American standard thread, especially for applications that require precise fit and high-strength connection.
ANSI compatibility: 10-32 thread is a widely adopted specification in the US industrial standard and is widely used in electrical equipment, electronic components and automobiles. When it comes to ANSI tools and equipment, 10-32 thread can be perfectly matched.
High-strength fastening: 10-32 thread can provide higher fastening strength, especially suitable for environments that need to withstand large loads or vibrations, and has extremely high durability.
Wide international applicability: Although 10-32 is an ANSI specification, it has also been widely used in the international market. For products that need to meet both international market and ANSI requirements, 10-32 thread is an ideal choice.

The 2002.006.000 series fasteners provide three different thread specifications: M3, M4 and 10-32, which can effectively meet the needs of different fields and application scenarios. This variety of specifications allows users to choose suitable model according to specific assembly requirements, thereby improving work efficiency, reducing costs, and ensuring the quality of the final product.
Customized solutions: Due to the provision of a variety of specifications, users can choose suitable fasteners according to different loads, space restrictions and standard requirements. For example, in micro devices that require high-precision connections, the M3 specification can be selected; while for mechanical equipment or household appliances that require higher load-bearing capacity, the M4 specification is more suitable. For projects compatible with American standard equipment, the 10-32 specification provides higher adaptability.
Improve production flexibility: Multiple thread specifications can help manufacturers use the same series of fasteners on different types of production lines, simplify inventory management, and reduce production costs. On the same production line, using different thread specifications without replacing the entire component or tool greatly improves the flexibility and efficiency of the production line.
Optimize assembly and maintenance processes: The selection of different thread specifications not only optimizes the production assembly process, but also improves the convenience of later maintenance. For example, when maintaining equipment, using the appropriate thread specifications can ensure smooth disassembly and reassembly, and avoid loose connections or thread damage due to inappropriate thread specifications.