Single Vibration Industrial Air Spring W01-358-7009 Firestone Rubber Air Bellows Forming Press Machine

Single Vibration Industrial Air Spring W01-358-7009 Firestone Rubber Air Bellows Forming Press Machine

Product Description

GUOMAT 1B5171 Industrial Air Spring Technical Data

Part 1: Top Cover
Top cover diameter: 231 mm
Air hole specification: 1/4NPTF
Threaded hole specifications: 3/8-16UNC
Number of threaded holes: 3pieces
Center distance between two threads: 157.5 mm
Center distance between the middle threaded hole and the third threaded hole: 78.8
The distance between the air hole and the two threaded holes is 73 mm
Distance between air hole and third threaded hole: 151.8 mm

Part 2: Bottom Cover
Cover diameter: 231mm
Threaded hole specifications and quantity: 4pieces 3/8-16UNC
Distance between threaded holes: 157.5mm

Part 3: Rubber Bellows
Maximum outer diameter: 325mm
Maximum height: 160mm
Minimum height: 55mm
Compression height: 105 mm

How do Industrial Air Springs Work in Forming Presses?

Industrial air springs can be used in forming presses. These air springs play a vital role in providing the necessary force and support during the molding process. They help generate greater force than human power can provide, making them critical for squeezing, squeezing and forming actions in industrial applications.

The working principle of industrial air springs is to use compressed air to provide the necessary force and support for the forming press. They consist of flexible rubber or elastomer bladders filled with compressed air. When the press is started, the air spring is compressed, storing energy in the form of compressed air.

When the forming process begins, the energy stored in the compressed air is released, exerting force on the material being formed. This force helps shape and mold the material to the required specifications. The flexibility of the air spring allows it to absorb shock and vibration, ensuring a smooth and controlled molding process.

Examples of Forming Press Machines that Use Industrial Air Springs

• Hydraulic presses: These presses use hydraulic power to generate force, and air springs are often used in conjunction with hydraulic systems to provide additional support and control.
• Pneumatic presses: Pneumatic presses rely on compressed air to generate force, and air springs are integral to their operation.
• Mechanical presses: Mechanical presses use mechanical mechanisms, such as cams and linkages, to generate force. Air springs can be used in combination with these mechanisms to enhance their performance.

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