Precision linking – interlocking
In terms of mechanical assembly, gaskets can adjust the gap between components. Due to the influence of machining accuracy and other factors, the spacing between the parts may be biased, and the gasket with its different thickness can make up for these gaps properly to ensure the integrity of the mechanical structure and the collaborative work between the components. At the same time, the gasket also bears the heavy task of distributing the pressure, when the force is used for small contact surface, the local pressure is too large may cause damage, the gasket by increasing the contact area, so that the pressure can be evenly dispersed. Sealing is also a key function of the gasket. Gaskets play a vital role in pipeline connection, container sealing and other scenarios.
Iron gasket
In terms of strength characteristics, iron has high hardness and strength, and in some mechanical structures that need to withstand greater pressure or impact force, iron gaskets can better maintain shape stability and provide reliable support, clearance adjustment or pressure dispersion functions for equipment. From the point of view of magnetic conductivity, iron is a good magnetic conductivity material, in the electromagnetic related equipment, iron gaskets can effectively guide the magnetic field, in these specific needs of iron gaskets have more advantages.
Stainless steel gasket
It can remain stable under the conditions of wet and corrosive media (such as acid and alkali environment), and is not easy to rust or be corroded, which makes stainless steel gaskets more advantageous in fields with high corrosion resistance requirements such as chemical industry and Marine engineering. Stainless steel gasket has smooth surface, uniform color and good appearance quality. In the balance of strength and toughness, stainless steel gaskets perform well. It has enough strength to withstand a certain amount of pressure and stress, and has good toughness and is not easy to break, and can adapt to a variety of complex mechanical environments.
Copper gasket
In terms of electrical conductivity, copper has excellent electrical conductivity and is an excellent conductive material, which makes the copper gasket more effective in the connection of electrical equipment to conduct current and ensure the efficient operation of the electrical system. In terms of thermal conductivity, the thermal conductivity of copper is very high, and in equipment that requires rapid heat dissipation or heat conduction, copper gaskets can quickly transfer heat. In addition, copper has good ductility, is easy to process into gaskets of various shapes and thicknesses, and performs well in sealing performance, can fill gaps well under appropriate pressure, and plays an important role in some pipe connections or equipment assembly with high sealing requirements.
Choosing the right gasket is of great significance to ensure the stable operation of the equipment and system, extend the service life and improve the work efficiency. First of all, the appropriate gasket can precisely adjust the gap between the mechanical components to ensure that the components meet the ideal state, thereby improving the overall performance and reliability of the machine. Secondly, by increasing the contact area and dispersive concentration force, the appropriate gasket can effectively prevent damage caused by excessive local stress and protect the safety of equipment and infrastructure. In addition, in terms of sealing, the appropriate gasket can be deformed under pressure, fill small gaps, prevent fluid leakage, and ensure the tightness and safety of the system, which is particularly important in the chemical industry, water heating and other fields. In addition, suitable gaskets can also play a key role in special needs such as electrical and thermal conductivity, improving the efficiency and performance of the equipment. In short, choosing the right gasket can not only optimize the operating state of machinery and equipment, but also significantly reduce maintenance costs and failure rates, bringing significant economic and safety benefits.