AIRKRAFT 2B-220 113004 PHOENIX SP 2 B 12R-1 Industrial Air Springs Double Convoluted G3/4 For Stamping And Forming Press

Cross Reference

Air Spring spcifications and data parameters

Top/ Bottom plate blind nuts: 2pcs x M8 x 1.25 on 89mm Center

Air inlet: G3/4, Offset, 38mm

Min. Height: 75mm

Max. height: 260mm

Natural rubber bellow diameter : 224mm

Max. rubber bellow diameter: 251mm

Rubber bumper: Without

Girdle hoop: 1 pieces

Top/Bottom plate diameter: 160mm

HS Code: 8708809000

Type: Industrial air springs

Convolutions: Double Convoluted

Applications: Stamping And Forming Press

Air Spring use in stamping and forming machines

Air springs find their use in stamping and forming machines as they offer several benefits over traditional mechanical springs. Air springs, also known as pneumatic springs or gas springs, are a type of spring that uses compressed air to generate force and motion. Air springs are commonly used in stamping and forming machines because they offer isolation, vibration control, and smooth operation. They can also provide consistent force and can be adjusted easily. The air springs used in stamping and forming machines can be configured to provide linear or progressive force, depending on the specific requirements of the application. Overall, air springs are a versatile and reliable choice for stamping and forming machines, offering improved performance and efficiency compared to traditional mechanical springs.

Air springs offer several advantages over traditional suspension systems, including

1. Adjustability: Air springs offer adjustable air pressure, allowing drivers to adjust the ride height and stiffness of their vehicle to suit their preferences. This includes adjusting the ride height for off-road terrain or during loading and unloading.

2. Improved ride quality: Air springs provide a smoother ride by absorbing road shock and vibration more effectively than traditional suspension systems. This also results in less wear and tear on the vehicle and a longer lifespan for the suspension system.

3. Enhanced stability: Air springs provide greater stability and control, particularly in heavy load situations. This increases the safety and handling capabilities of the vehicle.

4. Quieter operation: Air springs dampen noise and vibration, resulting in a much quieter ride compared to traditional suspension systems.

5. Increased fuel efficiency: The improved ride quality and stability provided by air springs can improve vehicle fuel efficiency.

Overall, air springs are a versatile and efficient suspension solution that provide numerous benefits compared to traditional suspension systems.

The reated picture of air springs/convoluted air spring/air bag/air balloon