In the field of mechanical engineering, gaskets and gaskets are two common connection elements that play an important role in ensuring the reliability and tightness of mechanical connections. While they are somewhat similar in name, there are actually distinct differences in shape, function, and application.
Shape & Structure:
Gaskets are usually made of soft, elastic materialsSuch as rubber, polymer or metal composites. They can be round, square, or other shapes with a certain thickness. Gaskets are designed to fill the gaps between connections to ensure that no leakage of liquids, gases, or powders occurs at the joints and to maintain a tight seal at the joints.
Gaskets are typically sheets made of hard metal, plastic, or other rigid materials. They are usually round and have intermediate holes for mounting on bolts or nuts. The main function of the gasket is to disperse the pressure exerted by the connector, reduce the pressure concentration, and prevent damage or slippage of the joint. The thickness of the gaskets is usually smaller, but their diameter can be adjusted according to the size and requirements of the connector.
Functions and Functions:
The primary function of a gasket is to provide a seal that prevents liquids, gases, or powders from leaking from the joint. They are typically used at connections to pipes, valves, pumps, and other equipment that need to be sealed. The choice of material for a gasket is often determined by the characteristics of the working environment, such as temperature, pressure, and the chemistry of the medium.
The main function of the gasket is to disperse the pressure exerted by the connector and to provide support and stability for the connection. They are often used to connect bolts and nuts to ensure a tight and stable connection. The choice of gasket depends on the type, size and requirements of the connector, as well as the required pressure dispersion and support capacity.
Applications:
Gaskets are widely used in connections that need to be sealed, such as pipes, valves, pumps, automotive engines, and hydraulic systems. Gaskets made of different materials can be used in different applications, e.g. rubber gaskets for low-pressure sealing, while metal gaskets for high-temperature and high-pressure environments.
Gaskets are commonly found in joints that need to be pressure-dissipated or supported, such as building structures, machinery, automotive engines, and household appliances. They extend the service life of the connection and improve the reliability and stability of the connection by reducing the stress concentration at the connection site.
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