JZP Series

As early as the 60s of the 20th century, the concept of shock absorption has been introduced into the construction of buildings, water conservancy and mining. Contact stresses, friction, and vibration attenuation of temporary and fixed structures have a profound impact on the stability performance of buildings and facilities.

In view of the diversity of damping principles and the arduousness of analyzing the stress and deformation states at the joints of components, it is quite challenging to mathematically model the damping phenomena of structures.

At present, this kind of JZP-2.5 shock absorbing equipment is widely used in high-end medical instrument systems, deep-sea exploration, submarines, on-board electronics, control cabinets, etc.

In high-end medical instrument systems, the JZP-2.5 shock absorber plays an irreplaceable role. For example, in the case of an MRI device, the delicate imaging components inside it are extremely sensitive to external vibrations. Even the slightest shock can cause blurring or bias in the imaging, which in turn affects the doctor's accurate judgment of the patient's condition. The JZP-2.5 damping device can effectively isolate vibration interference from the outside world, such as the vibration caused by the movement of people in the hospital and the operation of nearby instruments and equipment. It adaptively adjusts the shock absorption effect according to the actual vibration frequency and amplitude of the equipment when it is running, ensuring that the imaging components are in a relatively stable working environment.

With the continuous development of science and technology, the requirements for shock absorbers are also increasing. In the future, JZP-2.5 shock absorber is expected to make greater breakthroughs in intelligence and adaptation to adapt to more complex working environments and more sophisticated equipment needs.

Structure Drawing

Technical Parameter Table

Impact & Vibration Curve

* Unique Characteristics of Xi'an Hoan's Vibration Isolators *

* No creep or ageing.
* High internal damping.
* Very wide temperature range.
* Wide variety of possible fittings.
* Rapid and economical prototyping.
* Extremely rugged construction and long lifespan.
* Excellent combined shock and vibration isolation.
* Not affected by chemical agents, seawater, ozone, UV rays