Spherical gasket application industry

Spherical washers are specially shaped sealing elements with various application scenarios. The following are some typical application scenarios:

1. Automotive industry: spherical washers are commonly used in automotive engine cylinder heads, intake and exhaust systems, and fuel system seals to ensure the regular operation of the engine.

2. Aerospace industry: Spherical washers are widely used in the aerospace industry, for example, to seal aviation engines, hydraulic systems, and instruments.

3. Petrochemical industry: Spherical washers can be used in the petrochemical industry for sealing pipes, valves, and other equipment and can withstand high temperatures and high-pressure working environments.

4. Machining industry: In the machining industry, spherical washers are used to develop mechanical equipment, Such as hysuchlic cylinders, air cylinders, water pumps, Etc.

5. Meetcal industry: Spherical washers can seal medical equipment, such as surgical instruments and artificial joints. Spherical washers are an essential sealing element with a wide range of application scenarios involving numerous industries and fields.

The role and principle of tapered washers

A taper washer is a commonly used sealing element that utilizes the unique shape of a taper to form a reliable seal with the surface of the corresponding part. Tapered washers are widely used in many industrial fields, such as automotive, machinery, aerospace, and other industries.

The unique shape of a tapered washer is the key to its sealing action. The inner and outer diameters of the washer each exhibit a tapered shape, typically 60 degrees, which allows the washer to catch the loose parts around it when under pressure, forming a seal. At the same time, the number of oblique angles and the amount of compression of the tapered washers are designed according to strict requirements to ensure their sealing performance.

The sealing principle of a tapered washer is realized by being compressed. When the gasket is pressurized, it shrinks inward along several oblique angles, compressing the surface around it to achieve the sealing effect. A gasket's compression and sealing effect will vary depending on the operating conditions. Therefore, selecting different gasket materials and sealing methods is usually necessary according to the specific situation.

Tapered washers also have many advantages, such as high-temperature resistance, chemical resistance, pressure resistance, and so on. These advantages make taper washers widely used in the industrial field. For example, in automotive manufacturing, tapered washers are used to seal engine components, fuel tank transmission systems, etc.; in machinery manufacturing, tapered washers are used to seal machine tool spindles, bearings, and pumps; in the aerospace field, tapered washers are used to close engines, hydraulic systems, and hatches.

Overall, the taper washer is an efficient sealing element realized by the taper shape and compression. In practical application, choosing the appropriate gasket material and sealing method is necessary according to different working conditions to ensure its sealing effect. Tapered washers are widely used in automotive, machinery, aerospace, and other fields, and their advantages include high-temperature resistance, chemical resistance, pressure resistance, and so on.

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