Product Introduction

Key Features

Customizable Design

• The damper offers a high level of customizability to meet the specific requirements of different auto car glider models. The 5 N-m torque can be adjusted if needed to match the unique characteristics of the glider's movement and the desired resistance. The overall dimensions and appearance of the damper can also be modified to fit seamlessly into the glider's mechanism and the overall aesthetics of the car interior. This flexibility allows for optimal integration and performance.
• Additionally, the speed and sensitivity of the power assist can be fine-tuned. This enables manufacturers or users to customize the glider's operation according to their preferences. For example, a more sensitive power assist can make the glider easier to move, especially for those with limited strength, while a slightly less sensitive setting can provide a more controlled and deliberate movement.

Hydraulic Damping Mechanism

• The hydraulic damping system is at the heart of this rotary damper. It utilizes a fluid-filled chamber and a piston mechanism to create a controlled resistance. As the glider rotates, the hydraulic fluid is displaced in a regulated manner, gradually slowing down the speed of rotation. This results in a smooth and quiet movement, eliminating any jerky or sudden stops. The hydraulic damping also provides a consistent feel, enhancing the overall quality of the glider's operation.
• The hydraulic system is designed to be reliable and durable. It can withstand the rigors of continuous use and maintain its performance over time. The fluid used is carefully selected to ensure stability and resistance to temperature changes, which is crucial in the variable temperature environment of an auto car.

Micro Power Assisted Function

• The micro power assist feature is a unique aspect of this damper. It provides a small amount of additional force to help the user move the glider. This is especially beneficial in situations where the glider may be difficult to operate due to its weight or the angle of movement. The power assist is carefully calibrated to work in harmony with the hydraulic damping. It kicks in when needed to provide a boost, but does not overpower the user's control. This combination of damping and power assist creates a seamless and effortless user experience.
• The power assist mechanism is energy-efficient. It only activates when necessary and consumes minimal power from the car's electrical system, ensuring that it does not have a significant impact on the vehicle's overall energy consumption.

Durable and Quiet Operation

• Built with durability in mind, the custom damper is constructed from high-quality materials. The components are resistant to wear and tear, corrosion, and the vibrations that occur in an auto car. The smooth operation of the damper also contributes to its quietness. It reduces any noise that could be generated during the glider's movement, creating a more peaceful and comfortable interior environment.
• The design of the damper allows for easy installation and replacement. It can be quickly attached to the glider's shaft and the surrounding structure using standard tools and fittings. If any issues arise, it can be easily removed and replaced without significant disruption to the car's functionality.

Specification Details

• Model No.	Torque Range	Operation Angle	Minimum Working Angle	Use Temperature	Body Material	Rotary Shaft Material	Use Oil	Lifted Open Force	Life cycle
  HIE-T065	50-250gf.cm	Fixed	Fixed	-5~+50 °	PC	POM	Silicone oil	N/A	50000 time

Application Scenarios

• Ideal for use in various types of auto car gliders, such as those in glove compartments, center console lids, or storage compartments. It provides a more convenient and user-friendly experience when accessing these areas.
• Can also be used in some convertible car roof mechanisms, where a controlled and smooth movement of the roof parts is essential.

Installation and Maintenance

• Installation: The installation process is straightforward. The damper is attached to the glider's shaft and the surrounding structure using simple screws or clips, depending on the specific design. Clear installation instructions are provided to guide users through the process.
• Maintenance: Regular inspection of the damper for any signs of wear, such as leakage of hydraulic fluid or loose parts, is recommended. If any issues are detected, the damper can be easily replaced. Cleaning the damper with a mild detergent and a soft cloth is sufficient to keep it in good working condition.

Conclusion