[Single Sphere] ANSI/ASME Flanged Rubber Bellow

[Single Sphere] ANSI/ASME Flanged Rubber Bellow

The Single Sphere ANSI/ASME Flanged Rubber Bellow is generally composed of smooth waveform compensation elements and metal flanges with rubber flanges at both ends. Metal flanges are usually made of loose sleeves.

The surface of the waveform compensation element is rubber, and the inner layer is a sandwich reinforced by several layers of strong fiber or steel tape (wire). Reinforced fiber or steel strip.
The reinforced interlayer (silk) extends to the rubber flange at both ends, and there is a hard steel wire skeleton in the flange. The plastic expansion joint has a large displacement compensation ability, can be axial, transverse and angular displacement compensation, noise reduction, vibration reduction and certain anticorrosion ability. It can be widely used in water supply and drainage, hVAC, fire fighting, compressor, paper making, pharmaceutical, shipbuilding, water pump, fan and other piping systems.

Product Features:
1. Single Sphere ANSI/ASME Flanged Rubber Bellow has Good flexibility, Small size, light weight, easy installation and maintenance.

2. There will be lateral, axial and angular displacement during the installation process, which is not limited by the non-parallel pipes and flanges that the core passes through.

3. It can reduce the transmission noise of the structure during operation, and has a strong ability to absorb vibration. Scope of application: Due to the good comprehensive properties of Single Sphere ANSI Flange Rubber Bellows, they are widely used in basic engineering such as chemical industry, construction, water supply, drainage, petroleum, light and heavy industry, refrigeration, sanitation, plumbing, fire protection and electric power.

4. Instructions for use: When using oil-resistant ANSI Flange Rubber Bellows for high-level water supply, the pipeline must have a fixed support or a fixed bracket, otherwise the product should be equipped with a pull-proof device. The force to fix the bracket or bracket must be greater than the axial force, otherwise the anti-pull device should also be installed.

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