The GZP-4.0B Mount Isolator is a compact rubber-metal isolation component developed to protect electronic equipment, instruments, and control assemblies exposed to repeated vibration and mechanical shock.

Its enclosed cylindrical body, reinforced mounting base, and top fastening structure provide a stable connection between the protected equipment and its supporting frame. During vehicle movement or machinery operation, the isolator helps reduce the transmission of vibration into sensitive components, supporting more reliable operation in demanding environments.

Designed for applications where load-bearing capability, impact resistance, fatigue durability, and environmental reliability are equally important, the GZP-4.0B is suitable for both mobile equipment and fixed industrial installations.

The HOAN GZP-3.0B Mount Isolator is a compact rubber-metal Vibration Isolator designed for applications that require excellent shock absorption, vibration reduction, and long-term structural reliability. Engineered for vehicle-mounted electronic systems, microwave communication equipment, industrial instruments, and precision control devices, the GZP-3.0B effectively minimizes vibration transmission while maintaining stable equipment operation under harsh working environments.

Built with a high-strength metal housing and durable elastomer structure, this Anti-Vibration Mount provides high load capacity, excellent impact resistance, outstanding fatigue life, and reliable performance under temperature fluctuations, moisture, dust, and continuous vibration conditions.

Whether installed in military-grade communication equipment, transportation electronics, or industrial monitoring systems, the GZP-3.0B delivers dependable vibration isolation that extends equipment life and improves opera

The GZP-5.0B Mount Isolator is a compact compression-type vibration control component developed for electronic assemblies and instruments with a nominal supported load of 5.0 kg per isolator.
Its enclosed metal structure combines load support, vibration attenuation and impact protection in a space-efficient mounting format. The isolator is particularly suitable for equipment installed on vehicles or other moving platforms, where continuous vibration, road shock and changing environmental conditions may affect electronic connections, circuit boards and measuring accuracy.
The GZP-5.0B can be used as a Vibration Isolator, Vibration Damper or equipment-supporting Anti-Vibration Mount for microwave modules, control units, measuring instruments and compact electronic enclosures.

GZP-4.5B Mount Isolator offers excellent shock resistance, high load capacity, fatigue resistance and environmental durability. Ideal anti-vibration mount for microwave equipment, vehicle electronics and precision instruments.

The GZP-1.5C Rubber-Metal Vibration Isolator is engineered to deliver dependable vibration and shock protection for electronic systems operating in harsh mechanical environments. Designed with a robust metal enclosure and a high-performance elastomer core, this compact Anti Vibration Mount effectively minimizes vibration transmission while supporting relatively high static and dynamic loads.

Ideal for mobile platforms, industrial automation, and sensitive instrumentation, the GZP-1.5C combines outstanding fatigue resistance with excellent environmental durability, making it a reliable solution for long-term vibration control in demanding applications.

The GZP-1.0C Rubber-Metal Vibration Isolator is a compact, heavy-duty Anti Vibration Mount engineered to protect sensitive electronic equipment from vibration, mechanical shock, and continuous dynamic loading. Developed for demanding industrial and mobile applications, the GZP-1.0C combines a robust steel housing with a high-performance elastomer element, providing dependable vibration control without increasing installation space.
Designed specifically for vehicle-mounted electronic systems, industrial instrumentation, communication equipment, precision measuring devices, and onboard control units, this Shock Isolator delivers reliable protection against vibration-induced failures while maintaining excellent structural stability and long service life.
Whether operating on moving vehicles or in industrial environments exposed to repeated impacts, the GZP-1.0C helps ensure stable equipment performance and improved operational reliability.

The GZP-1.2C Rubber-Metal Vibration Isolator is a high-performance Anti Vibration Mount specifically engineered to protect electronic equipment and precision instruments operating in harsh vibration and shock environments. Combining a rugged metal housing with a specially formulated elastomer element, it provides excellent vibration isolation while maintaining outstanding mechanical strength.

Designed for applications where reliability is critical, the GZP-1.2C offers superior resistance to repeated impact loading, long-term fatigue, and demanding environmental conditions. It is widely used in vehicle-mounted electronic systems, industrial control equipment, communication devices, instrumentation, and other applications exposed to continuous vibration and mechanical shock.

As a professional Rubber-Metal Vibration Isolator, the GZP-1.2C helps extend equipment service life, improve operational stability, and reduce maintenance costs in demanding industrial environments.

The GZP-0.8C Rubber-Metal Vibration Isolator is a compact Anti Vibration Mount specifically engineered for sensitive electronic equipment operating under vibration, shock, and harsh environmental conditions. Combining a high-strength metal housing with a precision-engineered elastomer element, the GZP-0.8C provides excellent vibration isolation, impact resistance, and long-term durability.
Designed for vehicle-mounted electronics, precision instruments, communication equipment, industrial control systems, and portable electronic devices, this compact Rubber-Metal Vibration Isolator effectively minimizes mechanical vibration, absorbs shock loads, and extends the service life of sensitive components.
Whether installed in mobile platforms or industrial equipment, the GZP-0.8C delivers reliable vibration protection while maintaining stable performance across a wide range of operating environments.

The GZQ-7.5 Elastomeric Vibration Mounts utilize an optimized elastomer damping system enclosed within a precision metal housing. Compared with conventional rigid mounting solutions, these Anti-Vibration Mounts significantly reduce transmitted vibration, protect delicate internal components, and improve operational stability.
The Rubber-Metal construction provides both high stiffness and controlled damping, enabling excellent isolation performance without sacrificing mechanical strength.
These Mount Isolators are widely used where precision instruments require protection against continuous vibration, transportation shock, or repeated mechanical impacts.

The GZQ-5.2 belongs to the GZQ Elastomeric Vibration Mounts series developed by Xi'an HOAN. Its rubber-metal composite structure effectively isolates vibration energy while minimizing shock transmission to protected equipment.
Compared with rigid mounting methods, this shock isolator helps improve equipment reliability, extend service life, and reduce maintenance caused by vibration-induced failures.
Whether installed in industrial machinery or mobile equipment, the GZQ-5.2 delivers stable vibration isolation with a compact footprint and simple installation.

The assembled vibration isolator (JZP) is a device used for vibration and noise isolation, typically composed of materials such as springs and damping pads. It can be custom-designed and installed according to specific requirements and is widely used in machinery, building structures, bridges, and railway tracks. It effectively enhances the stability of equipment and structures, reduces noise transmission, and improves comfort and safety.

The assembled vibration isolator (JZP) is a device used for vibration and noise isolation, typically composed of materials such as springs and damping pads. It can be custom-designed and installed according to specific requirements and is widely used in machinery, building structures, bridges, and railway tracks. It effectively enhances the stability of equipment and structures, reduces noise transmission, and improves comfort and safety.