As a high-performance damping material, phenyl elastic clay has shown excellent application value in the field of shock absorption, especially in scenarios that require extreme environmental adaptability and high reliability. It plays a key role.


Its core component is polysiloxane as the main body, combined with fillers, compressive agents and other additives to form an unclinked blend system, and energy dissipation is achieved through the internal friction of molecular chain movement.


The material has high damping, viscoelasticity, fluidity and high and low temperature resistance. It can replace traditional hydraulic or rubber buffers in shock absorption systems, and has the advantages of large capacity, high energy absorption rate, and compact structure.


In the field of high-speed rail, phenyl elastic rubber is widely used in track shock absorption cushions and vehicle buffers.The shock and vibration generated when the track is running are effectively absorbed and dispersed through the clay layer, reducing track deformation and wear.


Its low temperature resistance is particularly outstanding, and it can still maintain elasticity at minus 120℃, ensuring the stable operation of high-speed rail in cold areas.In the vehicle buffer, the high damping characteristics of the cement can reduce the collision energy when the train starts and brakes, and improve the safety and stability of high-speed operation.


In the aerospace field, phenyl elastic clay also plays an important role.When the rocket is launched, the clay is used as a buffer and support structure to absorb severe vibration energy and protect precision instruments.；


In the space environment, its radiation degradation resistance and heat-resistant cycle performance ensure that the aircraft maintains structural stability under extreme temperature differences.


In addition, the low compression and permanent deformation characteristics of the clay enable it to maintain the sealing effect under high temperature and high pressure, and it is suitable for key parts such as the engine compartment.


In addition to the transportation field, phenyl elastic clay is also used in military equipment such as deep-sea exploration, nuclear submarines, and tanks.When nuclear submarines withstand high pressure in the deep sea, cement is used as a sealing and cushioning material to ensure the stable operation of internal equipment.；


The shock and vibration in the tank battlefield environment are significantly attenuated through the clay layer, extending the life of key components.Its ozone resistance, ablation resistance, self-extinguishing and other characteristics have further expanded the application scenarios, covering bridges, metallurgy, mining and other industrial fields.


Compared with traditional shock-absorbing materials, phenyl elastic clay has a maintenance cycle of more than 10 years and a service life of more than 20 years, which significantly reduces maintenance costs.Its environmentally friendly formula does not contain harmful substances and meets the needs of sustainable development.


In the future, with the continuous optimization of material properties, phenyl elastic clay is expected to replace traditional solutions in more extreme working conditions and become the core material of high-end equipment shock absorption systems.