Essential details
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Product Introduction
It is manufactured with high-quality alternative materials. For example, the pressure and base plate types of models from SLM 1 to SLM 12 are made of aluminum, and starting from the SLM 24 model, galvanized steel is used, ensuring that the product has good strength and durability. The screws meet the grade 8.8 galvanized standard, further enhancing the overall structural stability. CR-grade elastomers are used, which have the characteristics of high elasticity, oil resistance, and aging resistance. This enables the air spring to maintain stable elasticity and vibration isolation performance for a long time under various complex working conditions, extending the service life of the product.
Product Features
- Excellent Damping Performance: With a built-in viscous damping device, this series of air springs performs remarkably in suppressing vibrations. Through vertical source isolation, it can reduce the resonance phenomenon by up to 70%, greatly reducing the negative impacts caused by vibrations and providing a strong guarantee for the stable operation of the equipment.
- Suitable for the Resonance Region: Thanks to its unique high-damping design, it can work normally and efficiently in the resonance region. In scenarios where the operation of some equipment is prone to cause resonance, the SLM - DD series air springs can effectively resolve the resonance crisis and maintain the stability of the system.
- Wide Load Range: The load capacity ranges from 3.0 to 100kN, which can meet the support and vibration isolation requirements of equipment of different scales and weights. Whether it is a light-duty precision instrument or a large-scale industrial machine, there is a corresponding model of SLM - DD air spring that can be adapted.
- Ideal Natural Frequency: The static natural frequency is between 4 - 7Hz. This frequency range helps to achieve excellent active or passive damping effects in the low-frequency band. It plays a crucial role in isolating external low-frequency vibration interference and creating a stable working environment for the equipment.
- Balanced Stiffness Performance: The stiffness in the vertical and horizontal directions is approximately 1:1, ensuring that stable and consistent vibration isolation performance can be provided in all directions. No matter which direction the vibration affecting the equipment comes from, it can effectively deal with it to ensure the stable operation of the equipment.
- Integration of Multiple Functions: In addition to the basic vibration isolation function, it also has the functions of shock absorption and structural sound insulation. In complex environments such as industrial production, it can not only absorb the instantaneous shocks generated during the operation of the equipment but also reduce the propagation of structural noise caused by vibrations, optimizing the working environment.
- Flexible Operation Mode: It does not require anchoring installation, which is convenient for the installation and layout adjustment of the equipment. Moreover, it can operate in a non-inflated state. Even in special situations such as problems with the air source supply, it can still provide a certain degree of support and vibration isolation protection for the equipment.