Nonferrous Metals EN 14219-2007 Hexagon flange thick rod bolt with fine thread small series(Type F)
Product Overview:
Hexagon head flange thick rod bolt with fine thread small series with Type F is a kind of fastener with hexagonal head, flange connection, thick rod body and fine thread design, which is suitable for a variety of mechanical, equipment and structural engineering requiring high strength connection and fine adjustment.
Grade:
NO
Nonferrous Metals EN 14219-2007 Hexagon flange thick rod bolt with fine thread small series(Type F) Details
Hexagon head flange thick rod bolt with fine thread small series with Type F is a good performance, widely used fastener product. Its thread specification range from M5 to M16, with a pitch varying from 0.8mm to 2mm. The product grade is B, which can be galvanized or hot-dip galvanized surface treatment according to needs to improve the corrosion resistance and beauty of the bolt.
Product Characteristics
Application
Product Characteristics
- Hexagonal head flange design: The bolt has a hexagonal head flange design, which provides a larger contact area and enhances the stability of the bolt and connector. The flange section can also be used as an additional support surface to help distribute stress and increase the bearing capacity of the connection.
- Thick rod and fine thread: The thick rod design makes the bolt have higher strength and stiffness, and can withstand greater tension and shear. The fine thread provides a tighter fit, increasing the locking ability of the bolt and nut and reducing the risk of loosening and falling off.
Application
- Mechanical connection: The bolt is suitable for connecting parts of various mechanical equipment, such as engine, transmission device, bearing seat, etc. They provide reliable connections and supports to ensure the normal operation and stability of mechanical equipment.
- Structural engineering: In construction, Bridges, ships and other structural engineering, the bolt is also commonly used to connect steel members and other structural parts. Their high strength and locking capability make these connections stronger and more reliable, able to withstand large loads and vibrations.
- Automotive manufacturing: In the field of automotive manufacturing, it is often used to connect engine, chassis, body and other components. Their high precision and reliability help ensure the safety and performance of the car.
