Program Value

New energy vehicle charging equipment includes charging piles, charging guns, and on-board chargers (OBC). Adhesives provide key advantages for them, ensuring reliable operation in various environments and meeting the needs of new energy vehicles for efficient and safe charging.

Vehicle lights achieve multiple performance improvements through adhesives, providing excellent sealing, moisture and water resistance, enhancing structural strength, reducing weight, optimizing heat dissipation, and improving aesthetic durability for headlight manufacturing. This makes the headlights lighter, assembly more efficient, and improves lighting effects and durability, meeting the high requirements of new energy vehicles for energy conservation and safety.

New energy vehicles rely on various sensors to accurately perceive the environment and vehicle status, and adhesives are crucial for them: they can reliably bond and fix sensitive components in complex positions, effectively buffer and dampen shocks to protect precision structures, provide excellent sealing to isolate moisture, dust, and chemical corrosion, and possess good thermal conductivity to assist in heat dissipation, ensuring that sensors maintain stable signals, accurate measurements, and long-term reliability under harsh working conditions.

The car audio of new energy vehicles achieves dual breakthroughs in acoustic performance and lightweight design by using adhesives to reduce speaker vibration, isolate wind noise, control power amplifier temperature, and secure the magnetic circuit system, providing immersive auditory enjoyment for drivers and passengers.

New energy vehicle doors pursue lightweight and quietness, and adhesives can firmly bond heterogeneous material components such as aluminum, steel, and composite materials, helping doors achieve lightweight and improve structural strength.

As the battery cell of new energy vehicles, the adhesive of power batteries significantly improves performance through multifunctional integration: firmly bonding and fixing the battery cell module, effectively conducting heat to balance temperature, preventing thermal runaway, providing excellent insulation to ensure high-voltage safety, buffering and shock absorption, sealing protection against environmental erosion, thereby enhancing the structural strength, thermal management efficiency, electrical safety, and overall service life of the battery pack, ensuring safe operation of the vehicle.

The electronic control system of new energy vehicles is the "brain" of the entire vehicle, responsible for precise control of the operation of the drive motor and energy management. Its reliability and service life are crucial, and adhesive plays an important role in it, which can comprehensively improve the stability, safety, and durability of the electronic control system. It is an indispensable core material for lightweight and integrated design of the electronic control system.

Industrial motors and non industrial motors usually have similarities in structural composition, and although these components may differ in different types of motors, their roles and functions in their respective motors are similar. The application of adhesives in the production process of motors is mainly reflected in the assembly and production of components and assemblies. The role of adhesives is mainly reflected in structural bonding, end cap sealing assembly, control module sealing, and thermal management.

HUD can project driving information onto the front windshield, keeping the driver's line of sight on the road surface. Adhesive can firmly fix HUD components, ensuring accurate projection of information, while also having good sealing properties to prevent dust and moisture from entering and affecting performance, ensuring stable operation of HUD.

The vehicle exterior mirrors is an important safety component that provides rear and side visibility, eliminates blind spots, and assists in reversing and lane changing. Adhesives play an important role in car mirrors, making them more stable and durable, and improving the safety and aesthetics of the entire vehicle.

The cockpit domain controller is the core of the intelligent cockpit, integrating functions such as instrument panel and central control screen. Adhesive plays a key role in thermal conductivity, three prevention, lightweight and sealing adhesion, promoting the development of intelligent cockpit towards "one core, multiple screens".

The cockpit display system is the core of automotive intelligence, including the central control screen, dashboard, etc., providing navigation, entertainment, and vehicle information. Adhesives have advantages such as shock absorption, high temperature resistance, lightweight, and EMI shielding in cabin display systems, ensuring screen stability and signal clarity.

Vehicle-mounted antenna is an important component for realizing GPS navigation, 5G communication, and vehicle networking in automobiles. It is usually integrated in windows, roofs, or bumpers and adopts multi frequency band fusion design to save space. Adhesives help make antennas more stable, durable, and concealed, enhancing overall vehicle performance and aesthetics, and play an important role in integrated antennas for vehicles.