close
Choose Your Site
Global
Social Media
| Quantity: | |
|---|---|
120#
8302600000
Zinc Plating
Front
Air Spring
Single Cylinder
The core feature of this gas spring is its hydraulic locking system. This mechanism allows passengers to lock the bus seat backrest at their desired angle with ease. Once locked, it provides a stable and secure position, preventing any unwanted movement of the backrest even on bumpy roads or during sudden stops. This ensures that passengers can maintain a comfortable posture throughout the trip without the risk of the seat backrest shifting.
Thanks to the integration of hydraulic and gas spring technologies, the process of adjusting the back angle is incredibly smooth. Passengers can effortlessly change the angle of the backrest by applying a small amount of force. The gas spring provides the necessary lift and support, while the hydraulic system ensures a controlled and gradual movement, avoiding any jerky or abrupt changes that could be uncomfortable for passengers.
Our hydraulic locking gas spring is built to withstand the weight and pressure exerted by passengers. It has a high load capacity, making it suitable for various types of bus seats and accommodating passengers of different sizes. This robust construction ensures the durability and reliability of the product, even with frequent use in a public transportation setting.
The gas spring allows for a wide range of angle adjustments, providing passengers with the flexibility to find their most comfortable position. Whether they prefer an upright position for reading or a more reclined angle for relaxation, the hydraulic locking gas spring can be adjusted accordingly. This customization feature caters to the diverse needs and preferences of passengers.
Constructed from high-quality materials, including corrosion-resistant alloys and durable polymers, the gas spring is designed to withstand the harsh environment inside a bus. It is resistant to moisture, dust, and other elements that could potentially cause corrosion or damage. This ensures a long service life and reduces the need for frequent maintenance or replacement.
The design of our hydraulic locking gas spring takes into account the practical aspects of installation and maintenance. It comes with clear instructions and all the necessary components for easy installation on bus seats. Additionally, the product requires minimal maintenance, and any routine checks or servicing can be carried out quickly and efficiently, minimizing downtime for the bus operator.
1. City Buses: In urban public transportation, city buses often carry a large number of passengers with varying comfort requirements. Our hydraulic locking gas spring enables passengers to adjust the backrest angle of their seats, providing a more pleasant riding experience during their daily commute.
2. Intercity Buses: For long-distance intercity travel, passengers spend extended periods on the bus. The ability to adjust the seat back angle and lock it in place is crucial for maintaining comfort and reducing fatigue. Our product ensures that passengers can relax and enjoy the journey with ease.
3. Tour Buses: Tour buses are used for sightseeing and leisure trips. Passengers on tour buses often want to adjust their seats to get a better view or to rest comfortably between attractions. The hydraulic locking gas spring offers the flexibility and security needed for such applications.
4. School Buses: In school buses, the safety and comfort of students are of utmost importance. Our gas spring allows students to adjust their seats to a comfortable position while ensuring that the seat backrest remains stable during the ride, reducing the risk of injuries.
A: To adjust the back angle, simply apply a gentle force to move the backrest to your desired position. Once you've reached the angle you want, the hydraulic system will automatically lock the position in place. To unlock and make further adjustments, you may need to operate a small release mechanism, which is clearly marked and easy to use. Refer to the product manual for detailed instructions.
A: In the unlikely event that the hydraulic locking mechanism fails, the gas spring may lose its ability to hold the backrest in place. In such a situation, it's important to have the seat inspected and repaired as soon as possible. Our product comes with a warranty, and if the failure is due to a manufacturing defect within the warranty period, we will provide the necessary support, such as repair or replacement, free of charge.
We are committed to providing top-notch after-sales service to our customers. Our dedicated support team is available to answer any questions or concerns you may have regarding our Hydraulic Locking Gas Spring for Bus Seats. We offer a comprehensive warranty on our products, which covers manufacturing defects and ensures that you receive a reliable and high-quality component. In case of any issues, our technical experts can provide remote assistance or, if necessary, arrange for on-site inspections and repairs. We also regularly update our products based on customer feedback and technological advancements to continuously improve their performance and reliability.
The core feature of this gas spring is its hydraulic locking system. This mechanism allows passengers to lock the bus seat backrest at their desired angle with ease. Once locked, it provides a stable and secure position, preventing any unwanted movement of the backrest even on bumpy roads or during sudden stops. This ensures that passengers can maintain a comfortable posture throughout the trip without the risk of the seat backrest shifting.
Thanks to the integration of hydraulic and gas spring technologies, the process of adjusting the back angle is incredibly smooth. Passengers can effortlessly change the angle of the backrest by applying a small amount of force. The gas spring provides the necessary lift and support, while the hydraulic system ensures a controlled and gradual movement, avoiding any jerky or abrupt changes that could be uncomfortable for passengers.
Our hydraulic locking gas spring is built to withstand the weight and pressure exerted by passengers. It has a high load capacity, making it suitable for various types of bus seats and accommodating passengers of different sizes. This robust construction ensures the durability and reliability of the product, even with frequent use in a public transportation setting.
The gas spring allows for a wide range of angle adjustments, providing passengers with the flexibility to find their most comfortable position. Whether they prefer an upright position for reading or a more reclined angle for relaxation, the hydraulic locking gas spring can be adjusted accordingly. This customization feature caters to the diverse needs and preferences of passengers.
Constructed from high-quality materials, including corrosion-resistant alloys and durable polymers, the gas spring is designed to withstand the harsh environment inside a bus. It is resistant to moisture, dust, and other elements that could potentially cause corrosion or damage. This ensures a long service life and reduces the need for frequent maintenance or replacement.
The design of our hydraulic locking gas spring takes into account the practical aspects of installation and maintenance. It comes with clear instructions and all the necessary components for easy installation on bus seats. Additionally, the product requires minimal maintenance, and any routine checks or servicing can be carried out quickly and efficiently, minimizing downtime for the bus operator.
1. City Buses: In urban public transportation, city buses often carry a large number of passengers with varying comfort requirements. Our hydraulic locking gas spring enables passengers to adjust the backrest angle of their seats, providing a more pleasant riding experience during their daily commute.
2. Intercity Buses: For long-distance intercity travel, passengers spend extended periods on the bus. The ability to adjust the seat back angle and lock it in place is crucial for maintaining comfort and reducing fatigue. Our product ensures that passengers can relax and enjoy the journey with ease.
3. Tour Buses: Tour buses are used for sightseeing and leisure trips. Passengers on tour buses often want to adjust their seats to get a better view or to rest comfortably between attractions. The hydraulic locking gas spring offers the flexibility and security needed for such applications.
4. School Buses: In school buses, the safety and comfort of students are of utmost importance. Our gas spring allows students to adjust their seats to a comfortable position while ensuring that the seat backrest remains stable during the ride, reducing the risk of injuries.
A: To adjust the back angle, simply apply a gentle force to move the backrest to your desired position. Once you've reached the angle you want, the hydraulic system will automatically lock the position in place. To unlock and make further adjustments, you may need to operate a small release mechanism, which is clearly marked and easy to use. Refer to the product manual for detailed instructions.
A: In the unlikely event that the hydraulic locking mechanism fails, the gas spring may lose its ability to hold the backrest in place. In such a situation, it's important to have the seat inspected and repaired as soon as possible. Our product comes with a warranty, and if the failure is due to a manufacturing defect within the warranty period, we will provide the necessary support, such as repair or replacement, free of charge.
We are committed to providing top-notch after-sales service to our customers. Our dedicated support team is available to answer any questions or concerns you may have regarding our Hydraulic Locking Gas Spring for Bus Seats. We offer a comprehensive warranty on our products, which covers manufacturing defects and ensures that you receive a reliable and high-quality component. In case of any issues, our technical experts can provide remote assistance or, if necessary, arrange for on-site inspections and repairs. We also regularly update our products based on customer feedback and technological advancements to continuously improve their performance and reliability.
