GF Series Paper Machine Airbag
The GF Type Rubber Air Spring, also known as the fixed rubber air spring, is one of the most versatile types. It features wide upper and lower edges, allowing users to punch holes for installation. The air spring can then be fitted with matching flanges and end plates according to the user’s specific requirements, making it compatible with various machinery. While the fixed type is primarily used in papermaking machinery, it can also be selected for other machines based on specific application needs.
GF Series Paper Machine Airbag
Frequently Asked Questions
What are the key features of the GF Type Rubber Air Spring?
- Wide edges: The upper and lower edges are designed to allow users to easily punch holes for installation.
- Customizable: Users can install flanges and end plates according to their specific requirements.
- High versatility: It is compatible with various types of machinery.
- Durable: Made of high-quality rubber, ensuring long-term performance even in demanding environments.
How Does the GF Type Rubber Air Spring Function?
The GF Type Rubber Air Spring functions by utilizing the combined properties of rubber elasticity and compressed air to provide vibration damping and support for machinery. Here’s a breakdown of how it works:
Elasticity of Rubber:
The rubber material of the air spring is designed to be flexible and resilient. When the air spring is compressed or subjected to external forces (like vibrations or shocks), the rubber deforms to absorb the energy and reduce the transmission of vibrations to the surrounding structure. The rubber’s elasticity helps to maintain the shape of the air spring while providing a cushioning effect.Compressed Air:
The air inside the rubber air spring acts as a dynamic damping medium. The pressure of the air can be adjusted, which allows the air spring to vary its stiffness. By adjusting the air pressure, the damping characteristics of the air spring can be fine-tuned to match the specific requirements of the machinery or equipment it is supporting.Vibration Damping:
The GF Type Rubber Air Spring is particularly effective at absorbing low to medium frequency vibrations. As external forces (such as vibrations from machinery or equipment) impact the air spring, the rubber compresses and the internal air pressure absorbs and dissipates the energy. This reduces the amount of vibration transmitted to the rest of the system, protecting both the machinery and the operators.Support and Load Distribution:
In addition to damping vibrations, the air spring also provides support by evenly distributing the load placed on it. The rubber and air work together to support the weight of the machinery, ensuring stable operation while reducing the risk of mechanical wear and tear.Customization:
The performance of the GF Type Rubber Air Spring can be easily customized by adjusting the internal air pressure. This flexibility allows the air spring to be used in a wide range of applications, from heavy-duty machinery to sensitive equipment that requires fine-tuned vibration control.
What are the applications GF Series Paper Machine Airbag ?
The GF Series Paper Machine Airbag is specifically designed to meet the demanding needs of the papermaking industry. Its primary function is to provide vibration damping, load support, and cushioning to various components of paper machines. However, it can also be used in other industrial machinery that requires similar functions. Below are the main applications of the GF Series Paper Machine Airbag:
1. Papermaking Machinery
The GF Series Paper Machine Airbag is most commonly used in papermaking machines for several critical functions:
- Vibration Damping: It absorbs and reduces the vibrations caused by the fast-moving parts of the paper machine, such as the wet end and drying sections. This helps to improve the stability and smoothness of the paper production process, preventing defects in the paper quality.
- Load Support: It provides support to the weight of various machine components, such as the press section and drying rollers, ensuring stable operation and preventing mechanical wear.
- Cushioning: It acts as a cushion between the machine’s mechanical parts, reducing the impact of mechanical shocks and preventing damage to sensitive components.
2. Printing Presses
The GF Series Paper Machine Airbag can also be used in printing presses, where it helps to:
- Reduce Vibrations: It minimizes vibrations in the printing press, ensuring high-quality printing results and maintaining the accuracy of the printing process.
- Stabilize the Press Rollers: It provides stability to the press rollers, improving the uniformity and quality of printed material.
3. Pulp and Paper Industry Equipment
In the broader pulp and paper industry, the GF Series airbag can be used in:
- Conveyor Systems: To absorb the vibrations generated by conveyor belts carrying heavy paper rolls or pulp. This helps to prevent material damage and equipment wear.
- Drying Cylinders: Used in drying sections to stabilize the air pressure and improve the consistency of drying, reducing the risk of paper distortion.
4. Packaging Machinery
The GF Series Paper Machine Airbag can also find applications in the packaging industry, where it is used in machinery for:
- Vibration Control: In packaging machines that involve high-speed operations, the airbag helps to control vibrations, improving the precision and efficiency of the packaging process.
- Shock Absorption: It helps to protect delicate packaging materials from damage during transport or packaging.
Do Not Exceed the Recommended Safe Extended Height: When installing or using an air spring, ensure that it is not extended beyond the recommended height. Exceeding this height could lead to excessive strain on the air spring, resulting in damage or reduced performance over time. Always follow the manufacturer’s guidelines regarding the safe extended height for proper operation.
Avoid Using Below the Minimum Compressed Height: To prolong the lifespan of the air spring, it is crucial not to operate it below its minimum compressed height. Operating below this threshold can cause the rubber bladder to become overstretched, leading to premature wear and potential failure. Ensure the air spring is within the correct compression range during use.
Do Not Use at a Pressure Exceeding 0.7 MPa: The air spring must be operated within the specified pressure limits to maintain optimal performance and safety. Exceeding a pressure of 0.7 MPa could lead to over-stretching of the air spring, compromising its structural integrity. Always check and regulate the air pressure according to the manufacturer’s recommendations.
Avoid Twisting the Air Spring: During installation and use, it is important to avoid twisting the air spring. A twisted air spring can lead to uneven distribution of air pressure, causing internal damage or even failure. Make sure the air spring is installed in a straight and aligned position to ensure proper function and durability.
- The GF-Type air spring is typically available in stock.
- The air springs manufactured by Shanghai Songjiang meet national standards and come with a one-year warranty. Any quality issues can be exchanged within this period.
- There is no purchase quantity limit. Small orders are generally shipped via international couriers such as DHL, FEDEX, UPS, TNT, etc., ensuring fast delivery, usually within 3-7 business days.
KL Series Locking Air Spring Model List:
Model:GF 160/166
Maximum Load:1251kg
Maximum Outer Diameter:175mm
Natural Outer Diameter:160mm
Minimum Compressed Height :74mm
Maximum Extended Height :190mm
The weight of the component:1kg
Model:GF 230/206
Maximum Load:2941kg
Maximum Outer Diameter:255mm
Natural Outer Diameter:230mm
Minimum Compressed Height :74mm
Maximum Extended Height :238mm
The weight of the component :2.1kg
Model:GF 280/206
Maximum Load:4361kg
Maximum Outer Diameter:305mm
Natural Outer Diameter:280mm
Minimum Compressed Height :74mm
Maximum Extended Height :238mm
The weight of the component :2.8kg
Model:GF 310/206
Maximum Load:5270kg
Maximum Outer Diameter:330mm
Natural Outer Diameter:310mm
Minimum Compressed Height :74mm
Maximum Extended Height :238mm
The weight of the component :3.3kg
Model:GF 330/206
Maximum Load:5966kg
Maximum Outer Diameter:355mm
Natural Outer Diameter:330mm
Minimum Compressed Height :74mm
Maximum Extended Height :238mm
The weight of the component :3.85kg
Model:GF C360/206
Maximum Load:6831kg
Maximum Outer Diameter:375mm
Natural Outer Diameter:360mm
Minimum Compressed Height :74mm
Maximum Extended Height :238mm
The weight of the component :3.95kg
Model:GF 400/215
Maximum Load:8958kg
Maximum Outer Diameter:430mm
Natural Outer Diameter:400mm
Minimum Compressed Height :82mm
Maximum Extended Height :247mm
The weight of the component :4.9kg
Model:GF 480/215
Maximum Load:13528kg
Maximum Outer Diameter:510mm
Natural Outer Diameter:480mm
Minimum Compressed Height :82mm
Maximum Extended Height :247mm
The weight of the component :6.2kg
Model:GF 520/215
Maximum Load:14442kg
Maximum Outer Diameter:540mm
Natural Outer Diameter:520mm
Minimum Compressed Height :82mm
Maximum Extended Height :247mm
The weight of the component :7.85kg
Model:GF 580/208
Maximum Load:18191kg
Maximum Outer Diameter:600mm
Natural Outer Diameter:580mm
Minimum Compressed Height :76mm
Maximum Extended Height :240mm
The weight of the component:8kg
Model:GF 680/208
Maximum Load:kg
Maximum Outer Diameter:710mm
Natural Outer Diameter:680mm
Minimum Compressed Height :90mm
Maximum Extended Height :302mm
The weight of the component :12.5kg
Model:GF 310/298
Maximum Load:5130kg
Maximum Outer Diameter:330mm
Natural Outer Diameter:310mm
Minimum Compressed Height :110mm
Maximum Extended Height :346mm
The weight of the component :5.2kg
Model:GF 330/298
Maximum Load:5993kg
Maximum Outer Diameter:355mm
Natural Outer Diameter:330mm
Minimum Compressed Height :110mm
Maximum Extended Height :346mm
The weight of the component :5.2kg
Model:GF 400/310
Maximum Load:8968kg
Maximum Outer Diameter:430mm
Natural Outer Diameter:400mm
Minimum Compressed Height :120mm
Maximum Extended Height :358mm
The weight of the component :6.8kg
Model:GF 480/310
Maximum Load:12930kg
Maximum Outer Diameter:510mm
Natural Outer Diameter:480mm
Minimum Compressed Height :120mm
Maximum Extended Height :358mm
The weight of the component :10kg
Model:GF 520/310
Maximum Load:14654kg
Maximum Outer Diameter:545mm
Natural Outer Diameter:520mm
Minimum Compressed Height :120mm
Maximum Extended Height :358mm
The weight of the component :12kg
Model:GF 580/306
Maximum Load:18289kg
Maximum Outer Diameter:600mm
Natural Outer Diameter:580mm
Minimum Compressed Height :112mm
Maximum Extended Height :348mm
The weight of the component :12kg
Model:GF 680/376
Maximum Load:22048kg
Maximum Outer Diameter:705mm
Natural Outer Diameter:680mm
Minimum Compressed Height :122mm
Maximum Extended Height :436mm
The weight of the component :18kg