Isolador de vibração de corda de arame com alta elasticidade Série JGX-0240 para indústria energética

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Isolador de vibração de corda de arame com alta elasticidade Série JGX-0240 para indústria energética

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January 22, 2025

Category Connection: Isolador de vibração da corda de fio

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Etiquetas:

#Amplificador de vibração #amortecimento do isolador de corda de arame #amortecedor de vibração de corda de arame

Brief: Discover the JGX-0240 Series Wire Rope Vibration Isolator, designed for the energy industry with high elasticity and durability. Perfect for precision instruments, it effectively reduces vibration and shock interference, ensuring stable equipment operation and extended lifespan.

Related Product Features:

Constructed with stainless steel stranded cables for high elasticity and durability.
Precisely calculated spring system to withstand heavy loads.
Excellent vibration isolation to suppress external environmental interference.
Suitable for various industries including transportation, marine, and energy.
Available in multiple models with varying load capacities and deflection limits.
Optional stainless steel or aluminum mounting splints for customization.
Surface treatment options include white anodizing and hard anodizing.
Ensures stable equipment operation and extends service life.

Perguntas Frequentes:

What industries can benefit from the JGX-0240 Series Wire Rope Vibration Isolator?

The JGX-0240 Series is suitable for transportation, marine, shipbuilding, navy, energy, photography equipment, aviation, communication, electronic sensing, and mobile electronic equipment industries.
What materials are used for the mounting splints?

The mounting splints can be made of stainless steel or aluminum, with surface treatment options including white anodizing and hard anodizing.
How does the JGX-0240 Series ensure vibration isolation?

The isolator's core structure is made of stainless steel stranded cables, forming a spring system that provides high elasticity and durability, effectively reducing vibration and shock interference.

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