JMZ-T Series

JMZ-T series friction damper is an innovative product designed to solve the stability problem of precision equipment and systems in vibration environment. It inherits the superior performance of the JMZ series and is optimized for specific application scenarios to provide greater reliability and adaptability.

The design concept of this series of products focuses on providing a stable working environment to ensure the proper operation of the equipment even in complex vibration environments. The core strength of the JMZ-T series is its excellent vibration damping effect, which is due to its unique friction damping mechanism. By precisely controlling the magnitude of the damping force, it can effectively absorb and reduce the impact of external vibration on the equipment, thereby prolonging the service life of the equipment and improving its work efficiency.

The JMZ-T series friction dampers are available in a wide range of static loads, from 1.4 kg to 2.8 kg, which allows it to meet a wide range of equipment with different load requirements. Whether it's a lightweight sensor or a heavy-duty machine, the JMZ-T series offers customized vibration damping solutions. This flexibility makes them ideal for a wide range of applications.

The JMZ-T series has also been designed with the installation space constraints in mind. In modern industrial environments, equipment often needs to work in tight spaces, so the size of the shock absorber must be small enough to be able to accommodate a variety of installation environments. The compact design of the JMZ-T series is designed to meet this need, providing effective vibration damping protection in tight spaces.

Technical Parameter Table

* 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