Maximize o conforto e estabilidade com o absorvedor de choque de borracha JZP-5.0B para controle de vibração e ruído

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Maximize o conforto e estabilidade com o absorvedor de choque de borracha JZP-5.0B para controle de vibração e ruído

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May 07, 2025

Category Connection: amortecedor de borracha

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Etiquetas:

#Choque de vibração eletrônica #Isoladores metálicos combinados de borracha #Amortizador de atrito de borracha metálica

Brief: Discover the JZP-5.0B Rubber Shock Absorber, designed to maximize comfort and stability by controlling vibration and noise in industrial and construction environments. This high-performance isolator features premium materials and precise engineering for superior damping and noise reduction.

Related Product Features:

High-quality springs with precise elasticity coefficients for effective vibration absorption.
Special rubber or polymer damping pads to reduce vibration amplitude and block noise transmission.
Operates efficiently in a wide temperature range from -45℃ to +65℃.
Resistant to chemical agents, seawater, ozone, and UV rays for long-lasting durability.
Features a high damping ratio (≥0.13) and resonant frequency (41.5±5 Hz) for optimal performance.
No creep or aging, ensuring consistent performance over time.
Extremely rugged construction with a long lifespan for reliable use in harsh conditions.
Excellent combined shock and vibration isolation for versatile applications.

Perguntas Frequentes:

What industries can benefit from the JZP-5.0B Rubber Shock Absorber?

The JZP-5.0B is ideal for industrial production, construction, and transportation sectors where vibration and noise control are critical for stability and comfort.
How does the JZP-5.0B handle extreme temperatures?

The JZP-5.0B operates effectively in temperatures ranging from -45℃ to +65℃, making it suitable for diverse environmental conditions.
What makes the JZP-5.0B resistant to environmental factors?

Its materials are resistant to chemical agents, seawater, ozone, and UV rays, ensuring durability and long-term performance in harsh environments.

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