Stainless Steel ASME/ANSI B18.6.3-31-2013 Phillips large hex head screws-Table 31
Product Overview:
Phillips large hex head screw, its head has a large hexagonal shape, providing greater tightening torque and force area, ensuring the stability and reliability of the connecting parts. The screw center adopts the cross groove design, which makes the installation and disassembly more convenient and greatly improves the work efficiency. Its manufacturing process is fine, with high processing accuracy and excellent thread quality, thus ensuring the fastness and durability of the connection parts. Widely used in machinery manufacturing, building structure, automobile manufacturing and electronic equipment and other fields.
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Stainless Steel ASME/ANSI B18.6.3-31-2013 Phillips large hex head screws-Table 31 Details
The screw thread diameter 8# inch to 1/4 inch, common materials include carbon steel, stainless steel, alloy steel, etc. The choice of material will affect the strength, corrosion resistance and other mechanical properties of the screw. Screw surface may be galvanized, blackened, dacromet and other treatment, widely used in machinery, automotive, construction, aerospace and other fields, especially in the need for high strength connection and reliable fastening occasions.
Product Characteristics
Application
Product Characteristics
- Head design: The head of the screw is a large hexagonal shape, which provides a larger force area and enhances the tightening torque and bearing capacity of the screw.
- Cross slot design: The center of the screw head is provided with a cross slot, which is easy to tighten and loosen with a Phillips screwdriver, improving work efficiency.
- Various specifications: Screws under this standard come in a variety of specifications, including different diameters, lengths and thread types to meet the needs of different application scenarios.
- High precision: The manufacturing and processing accuracy of the screw is high, which ensures that the screw has stable performance and reliable connection effect during use.
Application
- Machine manufacturing: used to connect and fix various mechanical equipment and components to ensure the stability and reliability of the equipment.
- Building structure: In the construction industry, it is used to connect and fix steel structures, wood structures, etc., to improve the overall stability and safety of buildings.
- Automobile manufacturing: In the automobile manufacturing process, used to connect and fix various parts of the automobile, such as engines, gearboxes, etc.
- Electronic equipment: In the manufacture of electronic equipment, it is used to connect and fix circuit boards, shells and other components to ensure the normal operation of the equipment.
