Guangzhou Guomat Air Spring Co., Ltd.
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14" 1/2 x 2 PARKER 9109061 AIRKRAFT 2B-370 113358 WEFORMA WBZ-G 600 Rubber Industrial Air Springs For Feed Mixer Wagons
Specifications and Technical Parameters: 14 1/2×2
Top/Bottom plate bolts: 4pcs xM10
Top/Bottom plate diameter: 310mm
Rubber bellow diameter: 365mm
Air inlet: G1/2, Centered
Convolutions: Double
Girdle hoop: 1 pieces
Rubber bumper: Without
HS Code: 8708809000
Conditions: 100% New
Sample : Available
Type: Industrial air springs
Cross Reference
| Brand | Cross reference |
| FIRESTONE | W01-R58-4064; W01 R58 4064; W01R584064; WO1-R58-4064; WO1 R58 4064; WO1R584064 |
| Contitech /Continental / ContiTech | FD 614-26 DS; FD614-26DS; FD 614 26 DS; FD 614-26 DS G 1/2; FD614-26DSG1/2; 68046 |
| AIRKRAFT | 2B - 370 ; 2B-370 ; 2B370; 2B 370 |
| PARKER | 9109061 |
| DUNLOP (FR) | SP 1556 / SP1556 |
| WEFORMA | WBZ-G 600 ; WBZ-G600; WBZ G 600; WBZ G 600 ; WBZG600 |
| NORGREN | M/31142 (14"1/2x2) ; M 31142 ; M31142 |
| CF GOMMA | T21 |
| GIGANT | 881205 |
| WEWELER | USN 510010DX |
| DUNLOP | SP 257 |
| TROUILLET |
|
| SAMRO |
|
| SMB/FRUEHAUF |
Usage
Air springs are often used in feed mixer wagons in the agricultural industry. Air springs can provide a variety of benefits for these types of applications, including improved suspension, better load distribution, and shock absorption. The GUOMAT industrial air spring , for example, can be used as a pneumatic or hydraulic component in feed mixer wagons.
Characteristic
Air springs are used in a variety of industrial applications to provide cushioning, isolation, and suspension. The characteristics of industrial air springs can vary depending on the application, but some common features include:
1. Load capacity: The amount of weight an air spring can support.
2. Stiffness: The resistance of the air spring to deformation.
3. Damping: The ability of the air spring to dissipate energy.
4. Frequency response: The range of frequencies at which the air spring can effectively dampen.
5. Resonance: The frequency at which the air spring resonance occurs.
6. Natural frequency: The frequency at which the air spring oscillates when subjected to a disturbance.
7. Pressure response: The relationship between the pressure inside the air spring and the load it is supporting.
8. Temperature response: The effect of temperature changes on the air spring's performance.
9. Durability and reliability: The ability of the air spring to withstand repeated use and maintain its performance characteristics over time
The picture of 14 1/2×2 industrial air springs
