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Hoan Microwave’s full Product lineup centers on vibration protection components, with isolators and vent plugs as core product lines, covering wire rope isolators, anti vibration mounts, rubber vibration mounts, shock mounts and standard vent plugs. All isolators are manufactured in compliance with GJB military specifications and ISO9001 certification, with load capacity ranging from 0.5kg to 2000kg for vibration control on aviation, vehicle, shipboard equipment and precision instruments. The self-developed HA-type vent plugs are engineered to equalize internal pressure for sealed enclosures. Customized material, structure and installation dimensions are available for all isolators and vent plugs, featuring salt spray resistance, wide temperature tolerance and anti-aging property for military harsh environment and civil machinery noise reduction. Supported by in-house technical lab, Hoan Microwave matches complete sets of isolators and matched vent plugs to deliver one-stop anti-vibration solutions.
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As the high-capacity flagship of our elastomer series, the GZQ-15 Heavy Duty Anti Vibration Rubber Isolation Mount is designed to absorb extreme mechanical dynamic force and eliminate severe low-frequency resonance. Engineered with a heavy-duty Rubber Isolation core bonded to structural steel plates, this high-performance mount stabilizes ultra-heavy machinery, preventing structure-borne vibration transfer and protecting facility infrastructure under continuous intense operation.
Designed for ultimate mechanical dynamic stability, the GZQ-13.5 Rubber Vibration Isolator Heavy Anti Vibration Mount features an advanced rubber isolation core engineered to eliminate intense dynamic shock, structural hum, and high-frequency noise transmission. Built for heavy-duty industrial machinery, this premium Rubber Isolation mount delivers high mechanical elasticity and superior dampening efficiency, extending equipment life and protecting facility floors from structural resonance.
Engineered for ultra-heavyweight dynamic equipment, the GZQ-10.5 Shock and Vibration Isolator Anti Vibration Mount provides ultimate structural protection against severe impact forces and continuous high-amplitude oscillation. Utilizing massive multi-strand stainless steel cable elements, this industrial-grade Anti Vibration Mount neutralizes high-g impulse spikes, safeguarding heavy rotary systems, megawatt power generators, and critical infrastructure under grueling operating conditions.
Designed for heavier mechanical loads and continuous structural fatigue prevention, the GZQ-3.2 Heavy Duty Shock and Vibration Isolator Mount delivers superior damping performance against violent impulses and structural resonance. Featuring an engineered steel cable matrix, this high-capacity isolator stabilizes sensitive electronic cabinets, high-torque industrial machinery, and dynamic transport platforms, extending equipment lifespan while eliminating high-frequency vibration transmission.
Engineered for demanding industrial, aerospace, and defense applications, the GZQ-2.5 Industrial Anti Vibration Mount features a high-tensile wire rope helix system designed to eliminate structural harmonic vibration and intense impact energy. Unlike standard rubber mounts, this metal Wire Rope Shock Isolator operates maintenance-free across extreme temperature ranges, protecting sensitive electronics, dynamic sensors, and heavy machinery from multi-axial mechanical shock.
The JGX-0648D-68A wire rope mount is designed for equipment that needs more movement under vibration and shock rather than an overly rigid mounting connection.
With a 54 mm height, 64 mm width and approximately 0.492 kg unit weight, the 68A sits below the 79A in load capacity but provides greater available deflection. This makes it a practical choice for electronic assemblies, transportation equipment, industrial controls and precision instruments exposed to repeated vibration or transient shock.
The multi-loop wire rope structure provides the spring and damping action without relying on a conventional rubber element.
With a 54 mm height, 64 mm width and approximately 0.492 kg unit weight, the 68A sits below the 79A in load capacity but provides greater available deflection. This makes it a practical choice for electronic assemblies, transportation equipment, industrial controls and precision instruments exposed to repeated vibration or transient shock.
The multi-loop wire rope structure provides the spring and damping action without relying on a conventional rubber element.
The JGX-0648D-79A wire rope mount is a compact, high-load model in the JGX-0648 series, developed for equipment exposed to vibration, repeated movement and mechanical shock.
With a height of only 48 mm and a width of 56 mm, the 79A provides substantial load support within a relatively small installation envelope. Multiple stainless steel wire rope loops form the main elastic element, allowing the mount to deform under dynamic loading and dissipate vibration and shock energy.
Its compact construction makes it suitable for airborne equipment, transportation systems, industrial controls and precision instruments where both installation space and mechanical protection matter.
With a height of only 48 mm and a width of 56 mm, the 79A provides substantial load support within a relatively small installation envelope. Multiple stainless steel wire rope loops form the main elastic element, allowing the mount to deform under dynamic loading and dissipate vibration and shock energy.
Its compact construction makes it suitable for airborne equipment, transportation systems, industrial controls and precision instruments where both installation space and mechanical protection matter.
Unlike a conventional Rubber wire rope isolator or elastomer-based vibration mount, the JGX-0480D-61A uses stainless-steel wire rope loops as its primary elastic and damping element.
When the supported equipment moves, the wire strands bend, slide and interact internally. Part of the mechanical energy is dissipated through friction between the individual strands. This gives the mount damping capability without adding a separate damping component.
The 61A version is particularly useful where the equipment requires higher stiffness and limited displacement rather than a very soft suspension.
When the supported equipment moves, the wire strands bend, slide and interact internally. Part of the mechanical energy is dissipated through friction between the individual strands. This gives the mount damping capability without adding a separate damping component.
The 61A version is particularly useful where the equipment requires higher stiffness and limited displacement rather than a very soft suspension.
Compact Isolation for Heavier Equipment
Space and load capacity often conflict in vibration-control design. A heavier assembly needs sufficient support, but increasing isolator size is not always possible inside cabinets, machinery or mobile equipment.
The JGX-0480D-61A is designed around this problem.
At only 36 mm high, it supports a maximum static compression load of 61 kg per isolator, providing higher load capacity while keeping the mounting profile compact.
Space and load capacity often conflict in vibration-control design. A heavier assembly needs sufficient support, but increasing isolator size is not always possible inside cabinets, machinery or mobile equipment.
The JGX-0480D-61A is designed around this problem.
At only 36 mm high, it supports a maximum static compression load of 61 kg per isolator, providing higher load capacity while keeping the mounting profile compact.
More Isolation Travel in a Compact Wire Rope Mount
The JGX-0480D-37A combines a relatively soft load response with a compact mechanical structure. Compared with the higher-load models in the JGX-0480 family, its larger available deflection allows the wire ropes to move further as mechanical loads are applied.
The JGX-0480D-37A combines a relatively soft load response with a compact mechanical structure. Compared with the higher-load models in the JGX-0480 family, its larger available deflection allows the wire ropes to move further as mechanical loads are applied.
The GZQ-5.2-SC1 Mount Isolator is a compact vibration and shock control component developed for lightweight equipment where installation space and mechanical stability are equally important.
Its low-profile body makes it well suited to camera systems, aerial surveying equipment, airborne communication modules and other compact electronic assemblies. When installed between the equipment and its supporting structure, the isolator helps reduce the transmission of continuous vibration and short-duration mechanical impact.
Unlike larger industrial isolation mounts, the GZQ-5.2-SC1 is designed around applications where small size, low added weight and flexible mounting are key considerations.
It can be used as a Vibration Isolator Mount, Rubber Vibration Isolator or Anti Vibration Damper in compact equipment installations.
Its low-profile body makes it well suited to camera systems, aerial surveying equipment, airborne communication modules and other compact electronic assemblies. When installed between the equipment and its supporting structure, the isolator helps reduce the transmission of continuous vibration and short-duration mechanical impact.
Unlike larger industrial isolation mounts, the GZQ-5.2-SC1 is designed around applications where small size, low added weight and flexible mounting are key considerations.
It can be used as a Vibration Isolator Mount, Rubber Vibration Isolator or Anti Vibration Damper in compact equipment installations.
The JGX-0400D-17.5A represents the softest end of the JGX-0400 stiffness range.
Its mechanical characteristics differ significantly from the higher-load models. As the maximum static load decreases, the cable geometry provides progressively greater deflection and lower stiffness.
For the 17.5A, this reaches:
58 kN/m vibration stiffness
23 kN/m shock stiffness
32.0 mm maximum primary deflection
The increased movement allows the wire rope structure to flex substantially under mechanical input.
This characteristic can be useful for vibration-sensitive electronic equipment, measuring systems and lightweight assemblies where a higher-stiffness mounting interface may provide less mechanical compliance than required.
Its mechanical characteristics differ significantly from the higher-load models. As the maximum static load decreases, the cable geometry provides progressively greater deflection and lower stiffness.
For the 17.5A, this reaches:
58 kN/m vibration stiffness
23 kN/m shock stiffness
32.0 mm maximum primary deflection
The increased movement allows the wire rope structure to flex substantially under mechanical input.
This characteristic can be useful for vibration-sensitive electronic equipment, measuring systems and lightweight assemblies where a higher-stiffness mounting interface may provide less mechanical compliance than required.
Our products are widely used in various technical fields, including military electronic equipment, aerospace communication, post and telecommunications, civil electrical appliances, and instruments.
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