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The wheel bolt with conical lining is a special bolt used for locking the assembly of car wheels. It combines the design of conical lining to provide a more stable friction coefficient and better safety. The design of this bolt includes hexagonal wrench, flange, screw part, and threaded rod part, among which, it also includes a conical bushing. This liner is a hollow body composed of an annular portion and a conical portion. The sectional view of the annular part shows a horizontal line on the outer surface and a transitional circular arc on the inner surface; The sectional view of the conical part shows an oblique straight line on the outer surface and a horizontal line on the inner surface. This design enables the conical liner to effectively fit the contact surface of the wheel hub. Compared to the spherical design of traditional wheel bolts, it can better control the friction coefficient, meet the assembly requirements of the wheel, and thus improve safety.
In addition, the application of tapered bushings is not limited to wheel bolts, but also plays an important role in other mechanical components. For example, a tightening sleeve is a commonly used component to secure tapered bore bearings (such as ball bearings and roller bearings) onto cylindrical mounting surfaces. This component is easy to install and does not require any other fixing devices. It is suitable for optical axes (metric and imperial) or stepped shafts and is widely used in industries such as textiles, light industry, papermaking, metallurgy, belt transportation, and conveying equipment.
In the market, there are various types and specifications of cone sleeve locking products to meet the needs of different applications. For example, elastic couplings, locking expansion sleeve cone sleeve high-speed diaphragm couplings, etc. are widely used in various mechanical transmission systems to provide stable connection and locking functions.
In summary, wheel bolts with tapered bushings and other tapered locking products play an important role in improving mechanical safety and stability through their unique design and functionality.
