The JWH-3.5 is a versatile medium-light marine-grade non-resonant peak vibration isolator engineered for shipboard radar displays, control panels, and electronic instruments with a nominal load of 35 Newtons. Offering a load range of 30–40N, this isolator bridges the gap between ultra-light navigation terminals and heavier machinery monitoring equipment. Featuring a low natural frequency of ≤7Hz and carefully optimized damping characteristics, it effectively suppresses resonance peaks while providing robust vibration and shock isolation across a wide frequency spectrum. With a loaded working height of 51mm ±1mm, it provides vertical displacement limits of 5mm upward, 8mm downward, and 8mm horizontal. Built to withstand the demanding conditions of marine service, the JWH-3.5 offers exceptional resistance to oil, seawater, salt spray, and UV radiation, with a 10-year service life. It is the ideal choice for bridge electronics, engine room monitoring displays, and deck-mounted instrument

The JWH-2.0 is an ultra-lightweight marine-grade non-resonant peak vibration isolator engineered for the most delicate shipboard electronic equipment with a nominal load of 20 Newtons. As the lightest model in the JWH Series, it is specifically designed for small navigation displays, compact communication terminals, and sensitive instrumentation panels on patrol boats, leisure craft, and offshore platforms. Featuring a low natural frequency of ≤7Hz and precisely optimized damping characteristics, this isolator effectively suppresses resonance peaks while delivering robust vibration and shock isolation. With a loaded working height of 51mm ±1mm and a load range of 15–25N, it provides vertical displacement limits of 5mm upward, 8mm downward, and 8mm horizontal. Built to withstand the harshest marine environments, the JWH-2.0 offers exceptional resistance to oil, seawater, salt spray, and UV radiation, with a service life of 10 years. It is the preferred choice for protecting lightweight,

The JWH-2.0~6.0 Series is a compact marine-grade non-resonant peak vibration isolator designed for lightweight shipboard electronic equipment, navigation instruments, and communication devices with load requirements of 20 to 60 Newtons. Featuring a low natural frequency of 7Hz and excellent damping characteristics, this isolator effectively suppresses resonance peaks while providing robust vibration and shock isolation. With a loaded working height of 51mm ±1mm, it offers vertical displacement limits of 5mm upward, 8mm downward, and 8mm horizontal, ensuring reliable protection for sensitive electronic components. The product exhibits outstanding resistance to oil, seawater, salt spray, and UV exposure, making it ideal for marine environments. Built for a service life of 10 years, it is the preferred choice for small to medium-sized vessel electronics and offshore platform instrumentation.

The back-frame isolator is a device used to reduce the transmission of vibrations from mechanical equipment. It typically consists of a series of springs, damping materials, or airbags, providing vibration isolation between the equipment and its support. This reduces the transmission of vibrations, thereby protecting the equipment and minimizing noise.

The resonance-free vibration isolator is a device designed to reduce the transmission of vibrations in mechanical systems. It works by dissipating vibration energy or converting it into other forms to prevent vibration from propagating through the system. This type of isolator typically consists of components such as springs, dampers, or mass blocks, and can effectively reduce the impact of structural vibrations on the surrounding environment or other mechanical parts.

The resonance-free vibration isolator is a device designed to reduce the transmission of vibrations in mechanical systems. It works by dissipating vibration energy or converting it into other forms to prevent vibration from propagating through the system. This type of isolator typically consists of components such as springs, dampers, or mass blocks, and can effectively reduce the impact of structural vibrations on the surrounding environment or other mechanical parts.