Weforma WBE 400-E1 G3/4 Single-Convolution Industrial Air Springs M8 Blind Nuts For Farm Equipment

Cross Reference

Specifications and Detailed Technical Parameters:AIRSUSTECH 1B20010-3/4

HS Code: 8708809000

Rubber bellow diameter: 220mm

Min. Height: 57mm

Max. Height: 180mm

Air inlet: G3/4, Offset, 38mm

Blind nuts: 2pcs x M8 x 1.25

The screw center distance: 89mm

Top cover diameter: 160mm

Bottom cover plate: 160mm

Rubber bumper: Without

Girdle hoop: Without

Type: Industrial air springs

Convolution : Single

Condition: 100% New

Air springs can be used in farm equipment

Industrial air springs can be used in many industrial machines, it can also commonly used in farm equipment as actuators, shock absorbers, and suspension system. Air springs can provide excellent force control and can be used in a variety of equipment such as tractors, harvesters, sprayers, and more. These air springs help to improve ride comfort, reduce wear and tear on equipment, and enhance stability and maneuverability in the field.

Air springs work on the principle of compressed air being used to create a force that supports the weight of the vehicle. The air spring consists of a compartment that is filled with pressurized air and a rolling piston which is attached to the vehicle's suspension .

When the vehicle hits a bump or experiences any kind of vertical movement, the air inside the compartment is compressed, creating a force that pushes back against the weight of the vehicle, thus absorbing the shock and smoothing out the ride. This allows the vehicle to maintain a consistent ride height, regardless of the varying loads it may be carrying, which in turn improves handling and stability.

Overall, the working principle of an air spring involves maintaining a constant air pressure inside the compartment, which creates a force that supports the weight of the vehicle and provides a smoother ride.

The production process of air springs typically involves the following steps

Material preparation: Raw materials, such as rubber, fabric, and steel, are prepared and inspected for quality.

Fabrication: The raw materials are then cut, shaped, and assembled into the final shape of the air spring.

Molding: The air spring is placed into a mold and then cured under heat and pressure to give it its final shape.

Testing: The air spring is tested for quality and function to ensure that it meets the specifications and standards required for the application.

The photos of 1B20010-3/4