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New Energy Vehicle Field
New Energy Vehicle Field Energy Storage Field Rail Transit Field Mobile Phone Electronics Field Aerospace Field Industrial Equipment Field Outdoor Communication Field

New Energy Vehicle Field

Silicone materials are increasingly used in the new energy vehicle industry. With the increasingly serious energy shortage and environmental pollution caused by traditional fuel vehicles, new energy vehicles have become the mainstream trend in the future. Silicone materials such as TAIYALUCK high-performance silicone foam provide excellent solutions for the new energy vehicle industry, meeting or exceeding the safety specifications and industry standards of new energy vehicles. The application of these materials in power battery packs has improved the safety, reliability and environmental performance of batteries, thus providing strong support for the development of new energy vehicles, and promoted the rapid development of the new energy vehicle industry.


Battery case seals
Battery case seals

The safety of power battery is not only the guarantee of vehicle overall safety, but also directly related to the service life and performance of the vehicle, where one of the keys to the power battery is that it must meet the design requirements of electrical equipment shell to at least IP67 protection level. That is the basic guarantee to ensure the stable operation of the battery system in various complex environments.

The waterproof sealing of TAIYALUCK silicone foam can reach IPX8 level or above, waterproof, moisture-proof, dust-proof, fireproof, no leakage, and more accurate quadruple protection.


Buffer and heat insulation between cells
Buffer and heat insulation between cells

Cell heat spacing and buffer materials in the battery system play a key role, which has a profound impact on the performance and safety of the entire new energy vehicle. TAIYALUCK thermal insulation cushioning materialtailors corresponding cushioning structure and thermal insulation layer for the battery cell withthe unique hole structure and long-lasting resilience. The structures can not only effectively insulate heat and insulate, but also have multiple functions such as fire prevention, cushioning and shock absorption, comprehensively solve the safety problems of battery cells in complex environments, and guarantee the stable operation of batteries


Shock absorption between cells
Shock absorption between cells

TAIYALUCK cushioning and damping materials provide elastic durability, good thermal insulation, fire retardant and other effects for the problems caused by the expansion of battery cells duringcharging and discharging processes. The product can effectively absorb the expansion pressure of the battery, provide long-term elastic support for the battery, reduce the friction between the cells, avoid the damage of aluminum-plastic film, and ensure the safe and reliable operation of the battery. The material is suitable for vibration isolation, low closing force gaskets, insulation systems, etc. for electrical components and operating vehicles.


Cell-formation buffered
Cell-formation buffered

This cell-formation buffer material is an innovatively designed to enhance the safety performance and extend the life of battery. The use of TAIYALUCK TH series silicone foam material, which has high hardness, toughness, aging resistance and fire retardant characteristics, can adapt to the changes in the process of charging and discharging, thus providing more reliable and lasting buffer protection for the battery, and ensuring the safety and stability of the battery. The material is mainly used for shock absorption, positioning needs of cushion padding, back rubber frame, etc.


Battery pack thermal runaway protection
Battery pack thermal runaway protection

Battery pack thermal runaway may lead to a fire, which seriously threatens the service life and property safety of passengers. TAIYALUCK adopts a unique ceramicized solid silicone rubber material and structural design to improve the temperature resistance, flame retardant cushioning performance and heat insulation performance of the battery, and prevent fire and explosion. At the same time, it can also reduce operating costs, improve service life of equipment, prevent impact of high-temperature and high-pressure fluids erupting on the upper cover in case of battery cell thermal runaway, and can effectively block the flame.


Liquid cooling plate support
Liquid cooling plate support

TAIYALUCK liquid cooling plate support material is designed to improve the stability, durability and service life of liquid cold plate. The product is made of high-strength bubble structure and multi-connected open-cell material to ensure stable and consistent resilience under long-term use. The material acts as a spring in tight spaces, providing long-lasting, reliable support and cushioning for the device. At the same time, the heat dissipation performance and seismic performance of the liquid cold plate are fully considered to provide best cooling effect and equipment protection.


Bottom protection of battery pack
Bottom protection of battery pack

Through professional design and optimization, TAIYALUCK TMP series MPP foam material provides excellent anti-collision, shockproof and thermal insulation performance to protect the safety ofbattery pack during transportation and use. MPP foam material has the characteristics of high elasticity, waterproof, dustproof, high temperature resistance, etc., which can effectively cope with various complex environments, provide all-round protection for the battery pack, ensure its stable operation and prolong service life.


Battery pack heat conduction
Battery pack heat conduction

It is designed to efficiently transfer heat from battery module, maintain battery uniformity, and reduce the risk of thermal runaway caused by local overheating. TAIYALUCK has produced a variety of products such as thermally conductive silicone gaskets, thermally conductive potting compounds, thermally conductive silicone gels and thermally conductive silicone grease, all of which have excellent thermal conductivity,can quickly export the heat of the battery pack and reduce the temperature.


Battery pack bonding
Battery pack bonding

It is designed to efficiently transfer heat from battery module, maintain battery uniformity, and reduce the risk of thermal runaway caused by local overheating. TAIYALUCK has produced a variety of products such as thermally conductive silicone gaskets, thermally conductive potting compounds, thermally conductive silicone gels and thermally conductive silicone grease, all of which have excellent thermal conductivity,can quickly export the heat of the battery pack and reduce the temperature.


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