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DIN912
HINA
HINA2024120401
Hexagon socket bolt DIN912 (without knurling) is a common mechanical connection fastener. DIN912 is a German industrial standard that specifies the technical requirements of hexagon socket bolts such as size, material, and mechanical properties. At present, this standard has been replaced by DIN EN ISO 4762, but in practical applications, DIN912 is still widely mentioned and used.
Head shape: The head of the hexagon socket bolt is cylindrical, with a hexagonal groove on the top for inserting a hexagonal wrench to tighten or loosen the bolt. The design without knurling makes the surface of the bolt head relatively smooth.
Shape of the rod: The rod is cylindrical with threads on the surface. The specifications and accuracy of the threads meet the requirements of the DIN912 standard and can be used with the corresponding nuts or internal threaded holes to achieve a fastening connection between parts.
1. Mechanical and electronic fields: widely used in mechanical manufacturing such as machine tools, automobiles, molds, and electronic equipment such as computers and communication equipment to fix key components and ensure stable and accurate operation of equipment.
2. Building decoration category: In steel structure buildings, door and window installation, and furniture manufacturing, it realizes stable structural connection, provides hidden, beautiful and reliable tightening effects, and adapts to different environmental requirements.
3. Energy and power: used for power equipment such as generators, transformers, distribution cabinets, and solar photovoltaic power generation systems to ensure safe and stable operation under high voltage, high current or harsh outdoor environments.
4. High-end applications in aerospace: In the manufacture of aircraft and spacecraft, key parts such as fuselage, wings, and engines are connected, and high-strength materials are used to meet the extreme requirements for weight, strength, and reliability.
Easy to install: After the hexagonal wrench is inserted into the hexagonal groove of the bolt head, it can be operated in a limited space, especially in some occasions where the space is small or the bolt head needs to be hidden, it can give full play to its advantages.
Strong tightening force: Due to the large contact area between the hexagon wrench and the bolt head, it can provide a larger torque, thereby achieving a tighter tightening effect and ensuring the reliability of the connection.
Beautiful appearance: The head design without knurling makes the bolt look simple and neat, which is suitable for equipment or structures with high requirements for appearance and will not affect the overall aesthetics.
Good interchangeability: Hexagon socket bolts that meet the DIN912 standard have good interchangeability. Bolts of the same specification produced by different manufacturers can be used interchangeably, which is convenient for users to choose and purchase.
Haina is committed to providing customers with high-quality stainless steel standard fasteners and professional services to meet various engineering needs. We have a large amount of spot inventory to ensure fast delivery and save you waiting time. In addition, we provide the following value-added services to help your purchasing experience:
1. Free samples: provide samples for customer testing.
2. 3.1 Test report: quality test report that meets international standards.
3. Video factory inspection: support video factory inspection to demonstrate production process and quality management.
What is an Allen bolt called?
An Allen bolt is also called a hex socket bolt or socket screw.
What is the difference between a hex bolt and an allen bolt?
A hex bolt has a hexagonal head for a wrench, while an Allen bolt has a hexagonal socket in the head for an Allen (hex) key.
Why are Allen bolts used?
Allen bolts are used because they provide a secure, tamper-resistant fastening, and the hexagonal socket allows for better torque distribution. This makes them ideal for applications where space is limited, as they can be tightened or loosened in confined areas using an Allen key. They're commonly used in machinery, furniture, bicycles, and automotive parts.
Hexagon socket bolt DIN912 (without knurling) is a common mechanical connection fastener. DIN912 is a German industrial standard that specifies the technical requirements of hexagon socket bolts such as size, material, and mechanical properties. At present, this standard has been replaced by DIN EN ISO 4762, but in practical applications, DIN912 is still widely mentioned and used.
Head shape: The head of the hexagon socket bolt is cylindrical, with a hexagonal groove on the top for inserting a hexagonal wrench to tighten or loosen the bolt. The design without knurling makes the surface of the bolt head relatively smooth.
Shape of the rod: The rod is cylindrical with threads on the surface. The specifications and accuracy of the threads meet the requirements of the DIN912 standard and can be used with the corresponding nuts or internal threaded holes to achieve a fastening connection between parts.
1. Mechanical and electronic fields: widely used in mechanical manufacturing such as machine tools, automobiles, molds, and electronic equipment such as computers and communication equipment to fix key components and ensure stable and accurate operation of equipment.
2. Building decoration category: In steel structure buildings, door and window installation, and furniture manufacturing, it realizes stable structural connection, provides hidden, beautiful and reliable tightening effects, and adapts to different environmental requirements.
3. Energy and power: used for power equipment such as generators, transformers, distribution cabinets, and solar photovoltaic power generation systems to ensure safe and stable operation under high voltage, high current or harsh outdoor environments.
4. High-end applications in aerospace: In the manufacture of aircraft and spacecraft, key parts such as fuselage, wings, and engines are connected, and high-strength materials are used to meet the extreme requirements for weight, strength, and reliability.
Easy to install: After the hexagonal wrench is inserted into the hexagonal groove of the bolt head, it can be operated in a limited space, especially in some occasions where the space is small or the bolt head needs to be hidden, it can give full play to its advantages.
Strong tightening force: Due to the large contact area between the hexagon wrench and the bolt head, it can provide a larger torque, thereby achieving a tighter tightening effect and ensuring the reliability of the connection.
Beautiful appearance: The head design without knurling makes the bolt look simple and neat, which is suitable for equipment or structures with high requirements for appearance and will not affect the overall aesthetics.
Good interchangeability: Hexagon socket bolts that meet the DIN912 standard have good interchangeability. Bolts of the same specification produced by different manufacturers can be used interchangeably, which is convenient for users to choose and purchase.
Haina is committed to providing customers with high-quality stainless steel standard fasteners and professional services to meet various engineering needs. We have a large amount of spot inventory to ensure fast delivery and save you waiting time. In addition, we provide the following value-added services to help your purchasing experience:
1. Free samples: provide samples for customer testing.
2. 3.1 Test report: quality test report that meets international standards.
3. Video factory inspection: support video factory inspection to demonstrate production process and quality management.
What is an Allen bolt called?
An Allen bolt is also called a hex socket bolt or socket screw.
What is the difference between a hex bolt and an allen bolt?
A hex bolt has a hexagonal head for a wrench, while an Allen bolt has a hexagonal socket in the head for an Allen (hex) key.
Why are Allen bolts used?
Allen bolts are used because they provide a secure, tamper-resistant fastening, and the hexagonal socket allows for better torque distribution. This makes them ideal for applications where space is limited, as they can be tightened or loosened in confined areas using an Allen key. They're commonly used in machinery, furniture, bicycles, and automotive parts.